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US 2026/0211129 A1Published application
Intelligent gamma probe
Assignee"Tuvi and Ko" Eood
InventorBoris KARAKUSHEV
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Assignee"Tuvi and Ko" Eood
InventorBoris KARAKUSHEV
Estimating the term…
The present invention relates to an intelligent gamma probe that will find application for dosimetry and radiation monitoring of background gamma radiation in the environment, nuclear energy, mining, oil and gas industries. The developed intelligent gamma probe includes a housing (1) in which first and second ionizing radiation detectors (2) and (3) are located, one directionally connected to a high voltage source (4) and to a shaper (5). The high voltage source (4) and the shaper (5) are one directionally connected to a microcomputer (6). A microcomputer (6) is bidirectionally connected to a LAN card (7), bidirectionally connected to a PoE power supply (8), which is bidirectionally connected to a connector (9). The PoE power supply (8) via a network cable is one directionally connected to the high voltage source (4), to the shaper (5), to the microcomputer (6), to the LAN card (7) and to the connector (9).
An intelligent gamma probe, characterized in that it includes a housing (1) in which first and second ionizing radiation detectors (2) and (3) are located, one directionally connected to a high voltage source (4) and to a shaper (5 ), the high voltage source (4) and the shaper (5) being one directionally connected to a microcomputer (6), which is bidirectionally connected to a LAN card (7), bidirectionally connected to a PoE power supply (8), which is bidirectionally connected to a connector (9), with the PoE power supply (8) via a network cable one directionally connected to the high voltage source (4), to the shaper (5), to the microcomputer (6), to the LAN card (7) and to the connector (9).
Dependencies are inferred from the claim text.