The Experts below are selected from a list of 291 Experts worldwide ranked by ideXlab platform
Chen Hua - One of the best experts on this subject based on the ideXlab platform.
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servo aligning device of steel rail Flaw Detection robot
2015Co-Authors: Du Xinguang, Chen Zhiyuan, Gong Peiyi, Kuang Jun, Zhu Jidong, Guo Jianzhi, Chen HuaAbstract:The utility model provides a servo aligning device of a steel rail Flaw Detection robot. The servo aligning device comprises at least one wheel detector and an integrated bracket, wherein the wheel detectors are arranged on the integrated bracket and further arranged on a Flaw Detection trolley used for rail Flaw Detection operation by virtue of the integrated bracket; the integrated bracket forms a regulating system; when the Flaw Detection trolley performs Flaw Detection operation, the regulating system regulates the running state of the wheel detectors in a horizontal direction, a vertical direction and the running direction of the wheel detectors, so that the wheel detectors are always favorably coupled with the top surface of the rail so as to accurately receive and transmit Flaw Detection signals and avoid misreport and under-reporting.
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servo centering device of rail Flaw Detection robot
2015Co-Authors: Du Xinguang, Chen Zhiyuan, Gong Peiyi, Kuang Jun, Zhu Jidong, Chen Hua, Liu JianpinAbstract:The invention relates to a servo centering device of a rail Flaw Detection robot. The servo centering device of the rail Flaw Detection robot comprises at least one Detection wheel and further comprises an integrated support, wherein the Detection wheel is installed on the integrated support and is installed on a Flaw Detection trolley used for rail Flaw Detection operation, an adjusting system is formed on the integrated support, and when the Flaw Detection trolley conducts Flaw Detection operation, the adjusting system adjusts the operation state of the Detection wheel in the horizontal direction, the vertical direction and the running direction of the Detection wheel, so that the Detection wheel and the top surface of a rail are always kept in good coupling to accurate receive, transmit Flaw Detection signals and avoid report mistakes and report failure.
Du Xinguang - One of the best experts on this subject based on the ideXlab platform.
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servo aligning device of steel rail Flaw Detection robot
2015Co-Authors: Du Xinguang, Chen Zhiyuan, Gong Peiyi, Kuang Jun, Zhu Jidong, Guo Jianzhi, Chen HuaAbstract:The utility model provides a servo aligning device of a steel rail Flaw Detection robot. The servo aligning device comprises at least one wheel detector and an integrated bracket, wherein the wheel detectors are arranged on the integrated bracket and further arranged on a Flaw Detection trolley used for rail Flaw Detection operation by virtue of the integrated bracket; the integrated bracket forms a regulating system; when the Flaw Detection trolley performs Flaw Detection operation, the regulating system regulates the running state of the wheel detectors in a horizontal direction, a vertical direction and the running direction of the wheel detectors, so that the wheel detectors are always favorably coupled with the top surface of the rail so as to accurately receive and transmit Flaw Detection signals and avoid misreport and under-reporting.
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servo centering device of rail Flaw Detection robot
2015Co-Authors: Du Xinguang, Chen Zhiyuan, Gong Peiyi, Kuang Jun, Zhu Jidong, Chen Hua, Liu JianpinAbstract:The invention relates to a servo centering device of a rail Flaw Detection robot. The servo centering device of the rail Flaw Detection robot comprises at least one Detection wheel and further comprises an integrated support, wherein the Detection wheel is installed on the integrated support and is installed on a Flaw Detection trolley used for rail Flaw Detection operation, an adjusting system is formed on the integrated support, and when the Flaw Detection trolley conducts Flaw Detection operation, the adjusting system adjusts the operation state of the Detection wheel in the horizontal direction, the vertical direction and the running direction of the Detection wheel, so that the Detection wheel and the top surface of a rail are always kept in good coupling to accurate receive, transmit Flaw Detection signals and avoid report mistakes and report failure.
Liu Jianpin - One of the best experts on this subject based on the ideXlab platform.
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servo centering device of rail Flaw Detection robot
2015Co-Authors: Du Xinguang, Chen Zhiyuan, Gong Peiyi, Kuang Jun, Zhu Jidong, Chen Hua, Liu JianpinAbstract:The invention relates to a servo centering device of a rail Flaw Detection robot. The servo centering device of the rail Flaw Detection robot comprises at least one Detection wheel and further comprises an integrated support, wherein the Detection wheel is installed on the integrated support and is installed on a Flaw Detection trolley used for rail Flaw Detection operation, an adjusting system is formed on the integrated support, and when the Flaw Detection trolley conducts Flaw Detection operation, the adjusting system adjusts the operation state of the Detection wheel in the horizontal direction, the vertical direction and the running direction of the Detection wheel, so that the Detection wheel and the top surface of a rail are always kept in good coupling to accurate receive, transmit Flaw Detection signals and avoid report mistakes and report failure.
Chen Zhiyuan - One of the best experts on this subject based on the ideXlab platform.
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servo aligning device of steel rail Flaw Detection robot
2015Co-Authors: Du Xinguang, Chen Zhiyuan, Gong Peiyi, Kuang Jun, Zhu Jidong, Guo Jianzhi, Chen HuaAbstract:The utility model provides a servo aligning device of a steel rail Flaw Detection robot. The servo aligning device comprises at least one wheel detector and an integrated bracket, wherein the wheel detectors are arranged on the integrated bracket and further arranged on a Flaw Detection trolley used for rail Flaw Detection operation by virtue of the integrated bracket; the integrated bracket forms a regulating system; when the Flaw Detection trolley performs Flaw Detection operation, the regulating system regulates the running state of the wheel detectors in a horizontal direction, a vertical direction and the running direction of the wheel detectors, so that the wheel detectors are always favorably coupled with the top surface of the rail so as to accurately receive and transmit Flaw Detection signals and avoid misreport and under-reporting.
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servo centering device of rail Flaw Detection robot
2015Co-Authors: Du Xinguang, Chen Zhiyuan, Gong Peiyi, Kuang Jun, Zhu Jidong, Chen Hua, Liu JianpinAbstract:The invention relates to a servo centering device of a rail Flaw Detection robot. The servo centering device of the rail Flaw Detection robot comprises at least one Detection wheel and further comprises an integrated support, wherein the Detection wheel is installed on the integrated support and is installed on a Flaw Detection trolley used for rail Flaw Detection operation, an adjusting system is formed on the integrated support, and when the Flaw Detection trolley conducts Flaw Detection operation, the adjusting system adjusts the operation state of the Detection wheel in the horizontal direction, the vertical direction and the running direction of the Detection wheel, so that the Detection wheel and the top surface of a rail are always kept in good coupling to accurate receive, transmit Flaw Detection signals and avoid report mistakes and report failure.
Gong Peiyi - One of the best experts on this subject based on the ideXlab platform.
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servo aligning device of steel rail Flaw Detection robot
2015Co-Authors: Du Xinguang, Chen Zhiyuan, Gong Peiyi, Kuang Jun, Zhu Jidong, Guo Jianzhi, Chen HuaAbstract:The utility model provides a servo aligning device of a steel rail Flaw Detection robot. The servo aligning device comprises at least one wheel detector and an integrated bracket, wherein the wheel detectors are arranged on the integrated bracket and further arranged on a Flaw Detection trolley used for rail Flaw Detection operation by virtue of the integrated bracket; the integrated bracket forms a regulating system; when the Flaw Detection trolley performs Flaw Detection operation, the regulating system regulates the running state of the wheel detectors in a horizontal direction, a vertical direction and the running direction of the wheel detectors, so that the wheel detectors are always favorably coupled with the top surface of the rail so as to accurately receive and transmit Flaw Detection signals and avoid misreport and under-reporting.
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servo centering device of rail Flaw Detection robot
2015Co-Authors: Du Xinguang, Chen Zhiyuan, Gong Peiyi, Kuang Jun, Zhu Jidong, Chen Hua, Liu JianpinAbstract:The invention relates to a servo centering device of a rail Flaw Detection robot. The servo centering device of the rail Flaw Detection robot comprises at least one Detection wheel and further comprises an integrated support, wherein the Detection wheel is installed on the integrated support and is installed on a Flaw Detection trolley used for rail Flaw Detection operation, an adjusting system is formed on the integrated support, and when the Flaw Detection trolley conducts Flaw Detection operation, the adjusting system adjusts the operation state of the Detection wheel in the horizontal direction, the vertical direction and the running direction of the Detection wheel, so that the Detection wheel and the top surface of a rail are always kept in good coupling to accurate receive, transmit Flaw Detection signals and avoid report mistakes and report failure.