New energy acquisition devices are urgently required to address the increasing global energy consumption and increasing difficulty of energy exploitation. Devices for seismic exploration appear to be small in size, wireless and rapidly becoming more intelligent; hence, a traditional operating platform can no longer satisfy the demand of portable exploration device usage. This study investigates and develops hardware for a wireless microseismic acquisition station and then uses this hardware as a platform to address the distribution of wireless microseismic acquisition stations and deliver monitoring software based on the Android platform, which is portable, popular and has a large number of users. In large-scale field constructions, software can provide operators with visualised station layouts throughout the process, including positioning, ranging, angle measuring and network monitoring. It also offers a real-time network for monitoring small- and medium-sized microseismic acquisition station arrays under construction as well as other functions, such as intelligent control and real-time data monitoring of the status of the acquisition station. A drainage blast monitoring test is conducted on the system, showing positively monitored data and accurate results in the inverse operation. Moreover, the software and hardware are proven to be highly stable and portable through a post-construction test, which can help enhance the field construction efficiency.

中文翻译：

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基于Android平台的无线微震采集站检测软件的设计与实现

迫切需要新的能源获取设备来解决日益增长的全球能源消耗和日益增加的能源利用难度。用于地震勘探的设备似乎体积小，无线且迅速变得更加智能。因此，传统的操作平台已不能满足便携式勘探设备使用的需求。本研究调查并开发了用于无线微震采集站的硬件，然后将该硬件用作平台来解决无线微震采集站的分布问题，并提供了基于Android平台的监视软件，该平台便携，流行并且具有大量的用户。在大规模现场施工中，软件可以在整个过程中为操作员提供可视化的站台布局，包括定位，测距，角度测量和网络监控。它还提供了一个实时网络，用于监视正在建设的中小型微地震采集站阵列以及其他功能，例如对采集站状态进行智能控制和实时数据监视。在该系统上进行了排水冲击波监测测试，显示了积极监测的数据，并且在逆向操作中显示了准确的结果。此外，通过施工后测试证明该软件和硬件具有高度的稳定性和可移植性，可以帮助提高现场施工效率。例如采集站状态的智能控制和实时数据监视。在该系统上进行了排水冲击波监测测试，显示了积极监测的数据，并且在逆向操作中显示了准确的结果。此外，通过施工后测试证明该软件和硬件具有高度的稳定性和可移植性，可以帮助提高现场施工效率。例如采集站状态的智能控制和实时数据监视。在该系统上进行了排水冲击波监测测试，显示了积极监测的数据，并且在逆向操作中显示了准确的结果。此外，通过施工后测试证明该软件和硬件具有高度的稳定性和可移植性，可以帮助提高现场施工效率。