Induction lighting fixtures and induction lighting systems

Abstract

The invention discloses an induction lighting lamp, which comprises an induction control module, a state setting module, a switch module, a light source part and a power supply and control module. The power supply and control module outputs power from a normal power supply; the induction control module inducts an external signal and generates an induction signal; the switch module receives the induction signal and lightens the light source part; when the normal power supply is cut off, the power supply and control module outputs power from an emergency power supply; the state setting module receives a signal from the power supply and control module and generates a setting signal; and the switch module is conducted when receiving the setting signal, and continuously brightens the light source part. The induction lighting lamp integrates a normal light system and an emergence lighting system; and the two systems use one light source so that the mounting and maintenance cost is reduced. The normal lighting is in the induction type, so that the energy-saving effect is excellent; and in the emergency lighting state, the induction lighting lamp is automatically switched into a long lighting mode so as to ensure security. The invention further discloses an induction lighting system using the induction lighting lamp.

Description

technical field [0001] The invention relates to an induction lighting fixture and an induction lighting system using the induction lighting fixture, in particular to an induction lighting fixture and an induction lighting system which have both daily lighting functions and emergency lighting functions. Background technique [0002] The function of emergency lighting is to provide lighting for fire fighting and rescue work in case of fire, earthquake and other disasters, so as to ensure the safety of people in the building. Especially for the increasing number of high-rise buildings in today's cities, once a disaster occurs, its firefighting and rescue work is very difficult, and the requirements for the lighting quality and stability of the lighting system are particularly high. [0003] However, the emergency lamps and emergency lighting systems currently on the market are not satisfactory in terms of lighting quality, stability and maintenance costs. [0004] The key reas...

AI Technical Summary

Problems solved by technology

[0006] 1. Installing an additional emergency lighting system in addition to the daily lighting system will inevitably increase the installation cost

Moreover, the emergency lighting system must be regularly tested, and the light source and battery must be replaced in time according to the service life, and the maintenance cost is very high.

Even if the emergency lighting system is regularly maintained as required, due to its low utilization rate, even if there is damage to the lamps, it cannot be found in time, and there are always potential safety hazards

In addition, many builders took chances, only pursued low prices and light quality, and neglected daily maintenance, which is very easy to cause accidents when disasters occur.

[0007] 2. When switching from daily lighting to emergency lighting, the brightness of the lighting will change suddenly, which may easily cause panic

After a disaster occurs and the power is cut off, the building is dark, only the corridors and stairwells reveal faint light, and people inevitably flock to the location of the light source in large numbers, which is prone to confusion and stampede accidents

[0008] 3. Daily lighting and emergency lighting fixtures do not support wide voltage. If the voltage fluctuates slightly, they will not be able to light up.

Then, in the voltage range of 187V ~ 132V, if the switching is not timely enough, it is very likely that the daily lighting system has been extinguished due to insufficient voltage, but the emergency lighting system has not yet started in time, which is called lighting disconnection, which seriously affects safety.

[0009] 4. Commonly used emergency lighting lamps and batteries have a short service life, and routine maintenance needs to be replaced frequently, resulting in high cost

Although the hydrogen battery has a long service life, its power storage capacity is not as good as that of traditional batteries, and it cannot guarantee long-term power supply, so it cannot be used in emergency lighting systems

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