Desafio
Para desastres naturais, acidentes de produção, incidentes de seguridade social e outras missões de resgate de emergência, o objetivo geral é diminuir os danos causados por acidentes, incluindo vítimas, perda de propriedade e danos ambientais. Portanto, todo o resgate deve ser urgente e instantâneo. No entanto, condições adversas de busca e resgate, cenas caóticas no local e recursos de resgate limitados, sem dúvida, tornam as missões de resgate muito mais desafiadoras, o que não apenas testa a aptidão física dos socorristas, mas também exige maior durabilidade e estabilidade para equipamentos que executam instruções de missão.
Solution
The EM-I10J rugged tablet PC is designed with a robust body and excellent performance, and equipped with the client’s self-developed 3D modeling software, and integrates various rescue equipment. It precisely locates the rescue position through a GPS satellite system, quickly collects and transmits on-site data to the command center in real-time through the fast and stable networks, and then outputs a clear display of the on-site simulated situation on its high-definition and high-brightness screen. With the stable operating performance, EM-I10J is helpful for rescuers to more accurately assess the on-site situation and make the best rescue plans.
Benefits
The EM-I10J rugged tablet PC shows outstanding performance in waterproof, dust-proof, and anti-fall. It can operate normally in extreme temperature environments and is resistant to bumps, which reduces loss and subsequent maintenance costs. The highly compatible EM-I10J connects with various rescue equipment and integrates multiple functions to complete a comprehensive set of emergency on-site data collection. With integrated precise GPS positioning capabilities and multiple networks, it provides an accurate data basis for the command center to make wise judgments and rescue instructions, offering excellent and reliable technical support, greatly improving rescue efficiency while minimizing accident losses.
Challenge
Emergency scenes are affected by uncontrollable factors such as large fires, spaces, and network signals. In addition, the visibility at the fire site is extremely poor due to the pervading smoke from the fire, and there are various dangers lurking in the dark. Issues like how communication terminals can be waterproof, explosion-proof, and drop-resistant to adapt to various environments, how rescue operations can be unaffected by interference, and how communication networks can avoid interruption, directly and severely threaten the effectiveness of the rescuers' actions, as well as personal and property safety. Therefore, equipment used for emergency rescue tasks is required to have a higher level of robustness, stability, and screen visibility than ordinary equipment.
The client is a fire department in a certain region. Before using products of Emdoor Information, they used old-fashioned fire emergency rescue equipment which could only provide limited, approximate positioning and could not display images and transmit data in real-time, resulting in a communication gap between the command center and the front-line emergency rescue scene, which greatly limits the implementation of rescue tasks. To complete a full on-site emergency data collection and return process, more equipment with different functions is needed to meet the requirements of emergency rescue. However, it cannot be operated by one rescuer. With such many separate devices, a complete set of standard emergency rescue equipment often requires 5-6 rescuers to perform data collection, which undoubtedly increases the burden of rescue resources. Moreover, if rescuers want to complete tasks at the fastest speed and in the shortest time, in addition to overcoming harsh environments, they also need to rely on highly accurate positioning guidance to avoid getting lost, leading to delays or even failure of the rescue. Therefore, a device that combines a robust body and precise positioning with a high-definition display becomes a key to ensuring the smooth progress of rescue missions.
Solution
To ensure that fire emergency rescue operations proceed smoothly without being affected by equipment, the client has set his sights on the rugged computer market from ordinary consumer smart tablets. After conducting rigorous usage tests on rugged mobile devices from multiple companies, they ultimately adopted the EM-I10J rugged tablet as the terminal equipment for displaying and executing rescue instructions.
Solution of EM-I10J
The EM-I10J rugged tablet PC, with its reliable robustness, is not affected by smoke-filled and complex front-line emergencies. Its hard-sealed body, crafted with exquisite craftsmanship, can isolate water and dust particles, adapting to harsh fire emergency environments and bumps while maintaining stable operation. With outstanding operating performance and high compatibility, a single tablet can connect to various rescue equipment, supporting multiple functions at the same time, such as voice playing, high-definition image display, thermal imaging, life sign detection, etc., to integrate a complete rescue plan. Its high-brightness 10.1-inch screen, combined with the customer's thermal imaging system and 3D modeling software, can smoothly output high-definition images and vital sign information on the scene in smoky and low-light environments, and simulate the scene situation, making the entire rescue scene situation clear in a glance. The EM-I10J's excellent GPS positioning function more accurately measures distances and locations, guiding rescuers to the accurate location to implement rescue quickly. Rescuers can communicate and transmit the data collected from the rescue site to the command center in real time through its extensive coverage of WIFI, 4G, and Bluetooth. Then the commanders can make accurate judgments of the rescue scene and give clear instructions based on the returned information to achieve the maximization of rescue effects.
O tablet PC EM-I10J robusto alimentado por um excelente processador Intel e sistema operacional Windows 11, tem compatibilidade de sistema confiável. Anteriormente, a coleta de dados no local de resgate que exigia mais dispositivos e mais pessoal agora pode ser concluída de forma fácil e eficiente por uma pessoa com um tablet PC EM-I10J robusto, aumentando a eficiência da implantação em 50% em comparação com a solução anterior, reduzindo os custos subsequentes de adaptação e manutenção e disponibilizando mais recursos de resgate para uso e implantação eficazes.
O tablet PC EM-I10J robusto passou por rigorosos padrões de teste militar e um teste de queda de 1,22 metros, alcançando IP65-level desempenho à prova d'água e à prova de poeira. Ele pode operar normalmente e eficientemente em temperaturas extremas de-20 ° C a 60 ° C, o suficiente para suportar altas temperaturas, umidade, poeira ou solavancos e quedas no local de emergência do incêndio, ajudando os socorristas a se concentrarem na execução de missões sem se preocupar com falhas no dispositivo.
O tablet PC EM-I10J robusto é acoplado a WIFI de banda dupla, 4G LTE, Bluetooth 5.0 de alta velocidade e outros módulos de comunicação de rede. Sinais de rede estáveis e comutação automática multicanal podem transmitir informações de dados rapidamente, resolvendo o problema de comunicação ineficiente entre a linha de frente e o centro de comando, garantir que as instruções de resgate não sejam limitadas pela interrupção do espaço e do sinal e pela realização de operações de resgate com mais facilidade.
Com sistemas de navegação de posicionamento multi-satélite como GPS e Glonass, o tablet PC EM-I10J robusto pode medir distâncias e posições com mais precisão, compensando as limitações de visibilidade, e melhorar a eficiência e precisão de toda a tarefa de resgate, bem como a taxa de sucesso do resgate de pessoal.
Obrigado pela sua atenção no PC Rugged Emdoor!
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