Novel mechanical scanning radar device for measuring shape of shaft furnace charge level

Abstract

A novel mechanical scanning radar device for measuring a shape of shaft furnace charge level comprises a radar body, an antenna special for the radar, a radar moving device, an electronic control unit of the radar moving device, a data transmission system, a three-dimensional display system and a control room. The radar moving device comprises a universal ball cloud deck and an electronic control unit of the universal ball cloud deck, the radar body and the antenna special for the radar are installed on the universal ball cloud deck, and the electronic control unit controls the rotary movement of the universal ball cloud deck, vertical thermal protection movement along a sleeve and the three-dimensional rotary movement at any angle of the antenna special for the radar. The novel mechanical scanning radar device can measure a relatively confirmed range, reduces the processing difficulty of a radar signal and reduces the cost. In addition, the service life of the antenna extending into the inside of a shaft furnace is prolonged.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for improved monitoring or control over radiation from an industrial process by utilizing different types of sensors installed at various locations along its length. By selecting one sensor based upon factors like distance between it and other objects being measured during the process, less expensive equipment may operate without sacrifices due to increased safety concerns associated with these systems. Additionally, this technology provides flexibility when choosing the best placement site while also extending the lifespan of the radioactive source's electronic components. Overall, this innovative solution improves efficiency and productivity across industries where radiations are used.

Problems solved by technology

This patented technical problem addressed in these inventions relates to measuring the depth (height) or thickness of materials during blast operations. Current systems use radar techniques alone, making them difficult to operate under severe environments due to their limitations. Therefore, an improved solution needs to involve combining multiple radar measurements together to provide more comprehensive understanding of the profile of the object being observed.

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