TWM619060U - Intelligent emergency lighting lamp device - Google Patents

Abstract

This creation is about an intelligent emergency lighting device, including a body with a lamp housing; a light source is fixed in the base; a wireless router is fixed in the base for sharing and providing a wireless network; and a spare The power supply is fixed in the base body; a processing unit is electrically connected to the light source, the wireless router and the backup power source. The processing unit is provided with a plug for plugging in a mains power supply to provide the light source and the wireless router for operation One power and one backup power needed for the time. In the event of a power outage in emergencies such as fire alarms and mains power failures, backup power is provided through a backup power source, so that the wireless router can provide users with handheld electronic devices that can continue to use the wireless network, and then maintain a connection with the outside world through communication software. To inform the location and transmission signal.

Description

Intelligent emergency lighting device

This creation is about an emergency lighting structure that can continuously provide wireless network sharing and use in the event of a fire alarm and other power outages.

The common emergency lights are mainly set in rooms in theaters, entertainment venues, restaurants, department stores, restaurants, hospitals, stations, financial institutions, libraries, etc.; or corridors, stairwells, and passages inside buildings And other places that usually rely on artificial lighting. Emergency lighting needs to be connected to the emergency power supply, usually connected to the mains, and the lights can be illuminated or extinguished. However, after a power failure, it will be powered by the connected emergency power source to produce light. The emergency power source is usually a "lead battery" or "lithium battery" and other electrical storage devices. According to fire protection regulations, when using a battery, the battery capacity should be able to operate continuously for more than 30 minutes. If the battery used is connected in parallel with the emergency generator, the capacity of the battery and the emergency generator should be able to keep the lamp on for more than ten minutes (battery) and thirty minutes (emergency generator) respectively. The emergency lighting set up in accordance with the fire protection laws and regulations, in the underground passage of the underground building, the floor surface should be above ten lux (Lux), and other places should be above two lux (Lux). Emergency lights should be added at the tortuous points of the corridor. If the user does not set up in accordance with fire regulations, but installs himself, the illumination requirements are not restricted.

Common emergency lighting structures, such as the new type M591590 "emergency lighting" patent case announced on March 1, 109 of the Republic of China, which discloses: a shell, an enclosure with a housing space, and a sensor throughout Hole; a light-emitting unit positioned in the housing; a power storage unit accommodated in the accommodating space; a main control circuit board accommodated in the accommodating space, electrically connected to the light-emitting unit and the power storage unit, for The external power source is selectively electrically connected; a sensing unit accommodated in the accommodating space and corresponding to the sensing hole, the sensing unit detects external changes through the sensing hole, and the sensing unit is electrically connected to the main control circuit board ; Wherein, when the main control circuit board and the external power source are energized, the sensing unit can selectively detect changes in the outside world to activate the light-emitting unit to emit light, and when the main control circuit board and the external power source are powered off, the The light-emitting unit keeps emitting light.

The emergency lighting in the previous patent can only provide the function of lighting, but it lacks other additional functions. However, in the event of a fire, it is not possible to use the mobile phone to give an escape instruction, so there are still shortcomings in use, and it is not ideal in use.

This creative department aims to solve the above-mentioned shortcomings of the conventional emergency lighting. Therefore, this creation provides an intelligent emergency lighting device, which is equipped with a body and a lamp housing; a light source is fixed in the base; a wireless sharing device is fixed in the base for sharing and providing A wireless network; a backup power supply fixed in the base; a processing unit which is electrically connected to the light source, the wireless router and the backup power supply; the processing unit is provided with a plug for plugging in a The mains power supply provides a power required for the operation of the light source and the wireless sharing device, and when the mains power fails, the standby power supply provides a backup power to maintain the operation of the light source and the wireless sharing device.

The above-mentioned light source is a lamp tube, a bulb or an LED light bar.

The processing unit is further provided with a power indicator, a power switch and a test switch.

It further includes a transceiving unit, the transceiving unit is electrically connected to the processing unit for receiving the power and the backup power, the transceiving unit is fixed in the base, and the transceiving unit is connected to a remote server The transceiver unit is triggered by a fire alarm message, and sends a location signal to the server according to the location of the transceiver unit, and the server sends a map signal to the transceiver unit at the same time.

The above position signal contains the information of the floor and door number. The server will immediately call the police for assistance based on the received position signal.

The above-mentioned map signal includes all escape route maps around the transceiver unit.

When a handheld electronic device enters the wireless sharing range of the wireless router, after downloading an application program through the wireless router and installing it, the handheld electronic device is connected to the wireless router and uses the wireless network.

The aforementioned handheld electronic device receives the location signal sent by the transceiver unit near the location through the wireless network, and receives the map signal through the transceiver unit.

The above technical features have the following advantages:

1. It can provide backup power through backup power supply when the fire alarm occurs, so that the wireless router can provide the user's handheld electronic device to continuously use the wireless network, and then maintain the connection with the outside world through the communication software to inform the location And ask for help.

2. When a fire alarm occurs in the wireless sharing range of the wireless network, and it is detected by any detection unit, a fire alarm signal will be sent out, and the transceiver unit will receive the fire alarm signal according to the location of the transceiver unit. The location sends the location signal to the remote server so as to call the police for help immediately.

3. When the remote server receives the location signal sent by the transceiver unit, it will simultaneously send a map signal to the user’s handheld electronic device through the transceiver unit, so that the user can The transmitted escape route map is used to escape.

4. The user’s handheld electronic device can also receive the location signal sent by the transceiver unit near the location through the wireless network, so as to know where he is, so as to facilitate the notification of the location for help. Ensure that the user escapes quickly and smoothly.

Please refer to the first and second pictures. This creative embodiment is an emergency lighting lamp, which is installed above the passage of each floor of the building as a lighting indicator in the event of a power outage or fire alarm. It is used for escape and can be connected with at least one handheld electronic device. The emergency lighting lamp includes: a base 1, a light source 2, a wireless sharing device 3, a transceiver unit 4, a backup power supply 5 and a processing unit 6, among which:

The base body 1 has a lamp housing 11.

The light source 2 is fixed in the base 1. The light source 2 is a lamp tube, a bulb or an LED light bar.

The wireless router 3 is fixed in the base 1, and can share and provide a wireless network.

The transceiver unit 4 is fixed in the base 1, the transceiver unit 4 is connected to a remote server, the transceiver unit 4 is triggered by a fire alarm message, and sends a message according to the location of the transceiver unit 4 Position signal to the server. The location signal includes information such as the floor and door number. The server immediately reports to the police for help based on the received location signal, and sends a map signal to the transceiver unit 4 at the same time. The map signal includes the transceiver unit 4 4 maps of all escape routes around.

The backup power source 5 is fixed in the base 1 to provide a backup power. The backup power source 5 is a rechargeable battery.

The processing unit 6 is electrically connected to the light source 2, the wireless sharing device 3, the transceiver unit 4 and the backup power source 5. The processing unit 6 is provided with a plug 61 for plugging in a mains power supply, so as to provide the power required by the light source 2, the wireless sharing device 3, and the transceiver unit 4 when operating. When the mains power fails, the backup power provided by the backup power supply 5 can be used to maintain the power required by the light source 2, the wireless sharing device 3, and the transceiver unit 4 when operating. The processing unit 6 is further provided with a power indicator 62, a power switch 63, and a test switch 64.

As shown in the first and third figures, the circuit control of the processing unit 6 is described as follows. When the plug 61 is plugged into the city power to obtain power supply, the power switch 63 is activated, and the power indicator 62 will light up at this time, and the power indicator 62 will be off when a power failure occurs. When the power switch 63 is turned off (as shown in the fourth figure), when a power failure occurs, the power indicator 62 is off; when the power switch 63 is activated, when a power failure occurs, the power indicator 62 will be on. When the plug 61 is plugged into the mains, the power indicator 62 will light up, the power switch 63 is activated, the test switch 64 is triggered, and the light source 2 will light up. Then let it stand for 10 to 20 minutes to charge the backup power supply 5 for a short time, and then remove the plug 61 from the mains to simulate a power failure. At this time, the light source 2 will light up, indicating that the function is normal. If the light source 2 does not light up, it indicates a failure. .

When in use, as shown in the first and third pictures, a plurality of the emergency lighting lamps can be installed on each floor of a building, and the interval of the emergency lighting lamps is based on each of the wireless sharing devices 3 The wireless network provided can maintain the overlap of the wireless sharing range to avoid the existence of blind spots that cannot be shared wirelessly. When the mains power supply is normal, the light source 2 remains off. When the mains power fails, the backup power source 5 can provide the backup power required when the light source 2 is turned on for guiding the passage.

As shown in the first and fifth figures, a user's handheld electronic device A enters the wireless sharing range of the wireless router 3, and can download an application program (APP) through the wireless router 3 after installation, That is, the handheld electronic device A can be kept connected with the wireless router 3, and the wireless network provided by the wireless router 3 can be used. When a fire alarm occurs in the wireless sharing range of the wireless router 3, and it is detected by any detection unit, a fire alarm signal will be sent out. The detection unit can be a heat source detector, a temperature detector or a smoke detector. . When the transceiver unit 4 receives the fire alarm signal, it will send the location signal to the remote server according to the location of the transceiver unit 4. The server immediately alarms for help based on the received position signal, and at the same time sends the map signal to the transceiver unit 4, and the transceiver unit 4 receives the map signal and sends it to the handheld electronic device A for the use The person can escape according to the transmitted escape route map. In addition, the handheld electronic device A can also receive the location signal sent by the transceiver unit 4 near its location through the wireless network, so as to know its location. At the same time, the user’s handheld electronic device A can also use the wireless network provided by the wireless router 3 when a fire occurs to interrupt the telecommunications network, and then maintain a connection with the outside world through communication software to inform the location. And ask for help. In addition, the backup power supply 5 can provide the backup power required by the light source 2, the wireless sharing device 3 and the transceiver unit 4 when the power provided by the plug 21 is cut off due to a fire alarm. Maintain its sustainable actions. In this way, in conjunction with the light source 2 being kept on even when the power is off, it can ensure that the user can escape quickly and smoothly.

Based on the description of the above-mentioned embodiments, when we can fully understand the operation, use and effects of this creation, the above-mentioned embodiments are only the preferred embodiments of this creation, and the implementation of this creation cannot be limited by this. The scope, that is, the simple equivalent changes and modifications made according to the scope of the patent application for this creation and the content of the creation description, are all within the scope of this creation.

1: seat body 11: Lamp housing 2: light source 3: wireless sharing device 4: Transceiver unit 5: Standby power 6: Processing unit 61: Plug 62: Power indicator 63: Power switch 64: Test switch A: Handheld electronic device

[The first picture] is a three-dimensional exploded view of this creative embodiment.

[Second Picture] is a three-dimensional combined diagram of this creative embodiment.

[Third Figure] is a schematic diagram of the circuit control activation power switch of the processing unit of this creative embodiment.

[Fourth Figure] is a schematic diagram of the circuit of the processing unit of this creative embodiment controlling the power switch to turn off.

[Fifth Figure] is a schematic diagram of the use of this creative embodiment.

1: seat body

11: Lamp housing

2: light source

3: wireless sharing device

4: Transceiver unit

5: Standby power

6: Processing unit

61: Plug

62: Power indicator

63: Power switch

64: Test switch

Claims (8)

A smart emergency lighting device, including: A body with a lamp housing; A light source, which is fixed in the seat; A wireless router is fixed in the base for sharing and providing a wireless network; A backup power source, which is fixed in the base; A processing unit, which is electrically connected to the light source, the wireless router, and the backup power source. The processing unit is provided with a plug for plugging in a mains power supply to provide the light source and the wireless router for operation A power supply, when the mains power fails, the backup power supply provides a backup power to maintain the operation of the light source and the wireless sharing device. For example, the intelligent emergency lighting device of claim 1, wherein the light source is a lamp tube, a bulb or an LED light bar. For example, the intelligent emergency lighting device of claim 1, wherein the processing unit is further provided with a power indicator, a power switch, and a test switch. For example, the intelligent emergency lighting device of claim 1, further comprising a transceiving unit, the transceiving unit is electrically connected to the processing unit for receiving the power and the backup power, the transceiving unit is fixed in the base, The transceiver unit is connected to a remote server. The transceiver unit is triggered by a fire alarm message and sends a location signal to the server according to the location of the transceiver unit. The server also sends a map signal to the server. The transceiver unit. For example, the intelligent emergency lighting device of claim 4, wherein the location signal includes the information of the floor and door number, and the server immediately calls the police for assistance based on the received location signal. For example, the intelligent emergency lighting device of claim 4, wherein the map signal includes all escape route maps around the transceiver unit. For example, the smart emergency lighting device of claim 4, in which a handheld electronic device enters the wireless sharing range of the wireless router, downloads an application program through the wireless router and installs it, so that the handheld electronic device and the The wireless router stays connected and uses the wireless network. Such as the intelligent emergency lighting device of claim 7, wherein the handheld electronic device receives the location signal sent by the transceiver unit near the location through the wireless network, and receives the map through the transceiver unit Signal.

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