Intelligent monitoring of super high-rise building multi-well vertical cable laying and its production process

By incorporating distributed fiber optic sensing elements and branch-type cold-shrink sealing devices into the cable, and combining them with an AI edge computing module, the sealing reliability and full-size real-time monitoring of cables suspended in multiple shafts in super high-rise buildings have been solved, enabling autonomous repair and intelligent management.

CN122658765APending Publication Date: 2026-08-28FAR EAST CABLE +2
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Patent Information

Application Number
CN202611009450.6
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-07-08
Publication Date
2026-08-28

AI Technical Summary

Technical Problem

The existing reinforced core lead-out end of the cable for multi-shaft vertical laying in super high-rise buildings has poor sealing reliability, making it difficult to meet the needs of continuous laying in multiple shafts. It also lacks full-size real-time monitoring of the operating status and cannot repair sealing defects independently.

Method used

The cable body adopts a continuous structure, with built-in distributed optical fiber sensing elements and branch-type cold shrink sealing anti-slip and loosening device. Combined with AI edge computing module, it performs multi-source data fusion analysis to achieve real-time monitoring and autonomous sealing repair along the entire length.

Benefits of technology

It enables distributed real-time monitoring of temperature and strain across the entire cable length, overcoming the limitations of traditional local monitoring. It also features self-healing sealing capabilities, enhancing the intelligent management of cables and providing early warnings and lifespan predictions.

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Abstract

The present application relates to the technical field of cable, especially to a kind of intelligent monitoring super high-rise building multi-well cable and its production process, including the whole continuous cable body being divided into first vertical section, horizontal translation section and second vertical section according to laying path, insulation wire core is not cut through whole cable, vertical section includes load-bearing composite reinforcing core filling strip, horizontal section is replaced by ordinary filling strip, cable body is integrated with distributed optical fiber sensing element, branch type cold shrink sealing anti-slip loosening device is installed at both ends of cable.The present application realizes the intelligent management of mechanical integrity, sealing reliability and full life cycle health status of super high-rise multi-well cable by double monitoring mechanism of distributed optical fiber sensing and terminal sealing embedded sensing, combined with self-repairing sealing material and AI edge computing module.
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