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Compact DEVICE WITH AUTONOMOUS POWER SUPPLY FOR DRILLING EXTRATERRESTRIAL OBJECTS
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Статья посвящена устройству, способному обеспечить эффективное бурение неизвестного до посадки космических модулей грунта, в котором решена проблема бурения под разными углами для выявлении и добычи воды из лунного грунта, установки исследовательских датчиков и иных устройств в грунте на заданной глубине для исследования планет, комет, астероидов и других небесных тел. В статье представлен обзор конструкций существующих буров, выявлены их основные достоинства и недостатки. Подробно рассмотрена конструкция и работа предлагаемого ультразвукового бура. Особенности конструкции предлагаемого УЗ бура в сочетании со встроенной в электронный генератор системой контроля импеданса пробуриваемого грунта в ходе его бурения позволяет получать оперативную информацию о его свойствах, оптимизировать работу УЗ бура по мере изменения свойств грунта в процессе заглубления.
The article is devoted to a device capable of providing efficient drilling of soil unknown before the landing of space modules. The problem of drilling at different angles is being solved to identify and extract water from the lunar soil. It also solves the problem of installing research sensors and other devices in the ground at a given depth to study planets, comets, asteroids and other celestial bodies. The article presents an overview of the existing drills designs reveals their main advantages and disadvantages. The design and operation of the proposed ultrasonic drill are considered in detail. The design features of the proposed ultrasonic drill in combination with the system for monitoring the impedance of the drilled soil during drilling, built into the electronic generator, makes it possible to obtain operational information about its properties, optimize the operation of the ultrasonic drill as the properties of the soil change in the process of deepening.
Ultrasound Technology Center of Altai State Technical University
Title: Compact DEVICE WITH AUTONOMOUS POWER SUPPLY FOR DRILLING EXTRATERRESTRIAL OBJECTS
Description:
Статья посвящена устройству, способному обеспечить эффективное бурение неизвестного до посадки космических модулей грунта, в котором решена проблема бурения под разными углами для выявлении и добычи воды из лунного грунта, установки исследовательских датчиков и иных устройств в грунте на заданной глубине для исследования планет, комет, астероидов и других небесных тел.
В статье представлен обзор конструкций существующих буров, выявлены их основные достоинства и недостатки.
Подробно рассмотрена конструкция и работа предлагаемого ультразвукового бура.
Особенности конструкции предлагаемого УЗ бура в сочетании со встроенной в электронный генератор системой контроля импеданса пробуриваемого грунта в ходе его бурения позволяет получать оперативную информацию о его свойствах, оптимизировать работу УЗ бура по мере изменения свойств грунта в процессе заглубления.
The article is devoted to a device capable of providing efficient drilling of soil unknown before the landing of space modules.
The problem of drilling at different angles is being solved to identify and extract water from the lunar soil.
It also solves the problem of installing research sensors and other devices in the ground at a given depth to study planets, comets, asteroids and other celestial bodies.
The article presents an overview of the existing drills designs reveals their main advantages and disadvantages.
The design and operation of the proposed ultrasonic drill are considered in detail.
The design features of the proposed ultrasonic drill in combination with the system for monitoring the impedance of the drilled soil during drilling, built into the electronic generator, makes it possible to obtain operational information about its properties, optimize the operation of the ultrasonic drill as the properties of the soil change in the process of deepening.
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