Use method for B-scan ultrasonography physical examination cluster control system based on intelligent navigation detection angle
The invention relates to a use method for a B-scan ultrasonography physical examination cluster control system based on the intelligent navigation detection angle. The method is characterized by comprising the basis steps that 1, examined operation part angle simulation signals are collected; 2, rec...
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creator | YANG XIAOQING TIAN LIANG ZHANG CHIMIN SUN AXING TANG SHIZHONG |
description | The invention relates to a use method for a B-scan ultrasonography physical examination cluster control system based on the intelligent navigation detection angle. The method is characterized by comprising the basis steps that 1, examined operation part angle simulation signals are collected; 2, recognizable video and audio signals are formed; 3, recognizable video and audio signal prompts are transmitted; 4, examined operation part angle simulation value signals are determined; 5, examined operation part angle image correct value signals obtained after correction is conducted is formed; 6, video and audio prompt signals needing to be corrected on the examined operation part angles are formed; 7, correction detection angles are reminded; 8, continuous monitoring on the correction detection angles is provided. The use method has the significant advantage of conducting cluster correction on B-scan ultrasonography image imaging part detection angles, so that the B-scan ultrasonography misdiagnosis rate is decrea |
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The method is characterized by comprising the basis steps that 1, examined operation part angle simulation signals are collected; 2, recognizable video and audio signals are formed; 3, recognizable video and audio signal prompts are transmitted; 4, examined operation part angle simulation value signals are determined; 5, examined operation part angle image correct value signals obtained after correction is conducted is formed; 6, video and audio prompt signals needing to be corrected on the examined operation part angles are formed; 7, correction detection angles are reminded; 8, continuous monitoring on the correction detection angles is provided. 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The method is characterized by comprising the basis steps that 1, examined operation part angle simulation signals are collected; 2, recognizable video and audio signals are formed; 3, recognizable video and audio signal prompts are transmitted; 4, examined operation part angle simulation value signals are determined; 5, examined operation part angle image correct value signals obtained after correction is conducted is formed; 6, video and audio prompt signals needing to be corrected on the examined operation part angles are formed; 7, correction detection angles are reminded; 8, continuous monitoring on the correction detection angles is provided. 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The method is characterized by comprising the basis steps that 1, examined operation part angle simulation signals are collected; 2, recognizable video and audio signals are formed; 3, recognizable video and audio signal prompts are transmitted; 4, examined operation part angle simulation value signals are determined; 5, examined operation part angle image correct value signals obtained after correction is conducted is formed; 6, video and audio prompt signals needing to be corrected on the examined operation part angles are formed; 7, correction detection angles are reminded; 8, continuous monitoring on the correction detection angles is provided. The use method has the significant advantage of conducting cluster correction on B-scan ultrasonography image imaging part detection angles, so that the B-scan ultrasonography misdiagnosis rate is decrea</abstract><oa>free_for_read</oa></addata></record> |
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subjects | DIAGNOSIS HUMAN NECESSITIES HYGIENE IDENTIFICATION MEDICAL OR VETERINARY SCIENCE SURGERY |
title | Use method for B-scan ultrasonography physical examination cluster control system based on intelligent navigation detection angle |
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