A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Abstract The present disclosure relates to a signage system designed for underground environments, featuring a vertically adjustable pole and a slider mechanism. The pole is configured to be suspended from an upper attachment and includes a slider that supports a sign. The slider comprises a central portion that frictionally engages the pole, allowing it to be positioned along the pole's length to adjust the sign's height. The system includes fins extending from the slider to support the sign and additional attachments for securing accessories such as beacons and lamps. The components are primarily non-metallic to suit mining conditions. The pole is length-adjustable and can be anchored at its lower end. This system facilitates efficient signage placement and adjustment in underground settings, enhancing visibility and safety. Figure 1 Fgr2 Figure 2
Abstract The present disclosure relates to a signage system designed for underground environments, featuring a vertically adjustable pole and a slider mechanism. The pole is configured to be suspended from an upper attachment and includes a slider that supports a sign. The slider comprises a central portion that frictionally engages the pole, allowing it to be positioned along the pole's length to adjust the sign's height. The system includes fins extending from the slider to support the sign and additional attachments for securing accessories such as beacons and lamps. The components are primarily non-metallic to suit mining conditions. The pole is length-adjustable and can be anchored at its lower end. This system facilitates efficient signage placement and adjustment in underground settings, enhancing visibility and safety. Figure 1 Fgr2 Figure 2
Signage System
HUTCHINGS BRADLEY (author)
2025-02-20
Patent
Electronic Resource
English
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