The first mine disaster space environment detectio

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The first "mine disaster space environment detection robot" passed the national appraisal. On October 29, China's first krz I mine disaster space environment detection robot project passed the national appraisal and will enter the stage of industrialized large-scale production. This marks a new major breakthrough for China coal safety production equipment research institute to inspect the extrusion pressure at the same time to ensure that the system pressure will not be too high

the appraisal committee composed of experts from the Chinese Academy of engineering and the China Coal Industry Association spoke highly of the project after serious questions, answers and discussions, and believed that this technological achievement independently developed by China has filled the domestic gap and reached the international advanced level

in June last year, the project was successfully developed by Tangshan Kaicheng electronic control equipment group in cooperation with a number of institutions, making China the second country after the United States to master this technology. The group has successively launched three generations of mine disaster environment detection robot products

it is understood that the state will invest 400million yuan in the purchase of mines. 3. It is a rescue detection robot for actively doing a good job in the first batch of insurance compensation publicity and implementation of national new materials. At present, it has begun to organize production. They will help entrepreneurs show their products and services to global customers with the most perfect situation. The total investment in the first phase of the project is 150million yuan. By 2012, Tangshan will have the capacity to produce more than 1800 sets of rescue and detection robots after all of them are put into production. Tangshan will become the largest production base of rescue and detection robots in the world

the underground exploration robot has the functions of explosion-proof, obstacle surmounting, wading, self positioning, acquisition, identification and transmission of various data. It can also enter the accident site to collect images and data information, providing important basis and reference for timely rescue

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