Illuminant Handrail

Abstract

An illuminant handrail includes a rod and two fixing seats respectively fixed to two ends of the rod. A fastener is mounted to a bottom of and extends downward from each fixing seat. Two illuminating devices are respectively mounted to the bottoms of the fixing seats. Each illuminating device includes a lamp seat receiving an illuminating unit. The lamp seat of each illuminating device is transparent and includes a top wall and a peripheral wall connected to the top wall. The top wall includes a fixing hole through which one of the fasteners extends. Each illuminating unit includes a lighting unit and a circuit board. Each illuminating unit is mounted between the fixing hole and the peripheral wall of one of the two illuminating devices. The light rays emitted by the illuminating devices transmit through the lamp seats to indicate the position of the handrail.

Description

BACKGROUND OF THE INVENTION[0001]The present invention relates to an illuminant handrail and, more particularly, to an illuminant handrail suitable for a specific location on a ship, a vehicle, or a building.[0002]A handrail can be mounted in a specific location of a ship, a vehicle, or a building to enable a user to hold the handrail while standing or walking, increasing movement safety. Furthermore, the user can stand up or sit easily by holding the handrail. However, people cannot find the handrail at night or when the indoor light is dim, leading to the risk of collision and falling.[0003]Although illuminant handrails have been developed, the illuminant handrails generally include a transparent rod and two rod seats respectively fixed to two ends of the transparent rod, and an illuminating device is mounted in the rod to emit light rays through the transparent rod. However, the manufacturing costs and the assembling costs of the illuminant handrails are high. Furthermore, the tr...

AI Technical Summary

Benefits of technology

The invention provides two illuminating devices that are attached to a rod, allowing the light to show the position of a handrail in a dark environment. This allows users to hold and use the handrail safely, without being blinded or losing their strength. The technical effect is a safe and practical way to guide users in the dark.

Problems solved by technology

However, people cannot find the handrail at night or when the indoor light is dim, leading to the risk of collision and falling.

However, the manufacturing costs and the assembling costs of the illuminant handrails are high.

Furthermore, the transparent rod has insufficient structural strength and is, thus, liable to damage by impact.

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