Earthquake acquisition management system and method through technology of network cloud

Abstract

The invention relates to an earthquake acquisition management system and method through the technology of network cloud. The system comprises a cloud server, a computer main system, an acquisition and navigation client, a well-drilling management client, a blasting management client, and a supervising management client. Through monitoring and recording the working conditions of all construction clients, managers at all stage achieve the management of the whole construction process. The system achieves the positioning and collection of construction data through GPS positioning in a process of construction, achieves the real-time monitoring of the whole construction process through the technology of network, unifies the dispatching, and achieves accurate and high-efficiency purposes.

Description

technical field [0001] The invention relates to a construction network technology management system and method for seismic acquisition operations. Background technique [0002] At present, the seismic acquisition of geophysical exploration adopts the following methods: [0003] 1. According to the requirements of Party A, the interpreter designs the theoretical SPS and calculates the construction scope; [0004] 2. The surveyor conducts measurement according to the designed SPS. At the design position, if the shot can be shot, the stake number, including the line number and point number, will be marked by piling. Otherwise, the obstacle area will be marked, and as many points as possible should be measured on both sides of the obstacle area where the shot can be fired. ; [0005] 3. The interpreter designs the excitation point offset based on the measurement results. Output preliminary construction SPS; [0006] 4. Relevant personnel conduct on-site survey and confirmati...

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Problems solved by technology

[0015] 2. The field construction site is complex: often pass villages, ditches, rivers, highways, railways, factories and large buildings in the plains

[0017] 4. It often happens that there is no stake number at the excitation point, and the wrong stake number is reported, especially in areas with complex terrain, it is difficult to estimate the distance and azimuth to infer the stake number;

[0018] 5. The interpreters on the instrument vehicle monitor the blasting and drilling conditions through the radio, and they shout every day, which is hard and boring, takes a long time, and is prone to errors;

[0019] 6. It often happened in the past, especially in mountainous areas, where the wells were shallow, duds were fired or marked as prohibited, HSE work was not handled in time, causing safety hazards after the completion of construction, and some people had ulterior motives and threatened the construction team with explosives

These guns do not have accurate location and electronic information, so it is not easy to find and deal with;

[0020] 7. The verification of drilling workload is a relatively complicated issue. Often the workload statistics of drilling personnel do not match the workload statistics of drilling managers, and the workload statistics of drilling managers do not match the workload statistics of blasting managers, but it is impossible Then go to the construction site to verify;

[0021] 8. The leaders of the company and the leaders of the construction teams cannot effectively supervise the entire production process

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