CN202757010U - Novel emergency induction lamp - Google Patents

Abstract

A novel emergency induction lamp belongs to the technical field of induction lamps. It includes a base, a lampshade, and a light source and sensor arranged in the base and the lampshade. The light source is arranged on the liner, one edge of the liner is connected to the shaft of the base, the other edge of the liner is buckled and fitted with the base, and the base below the liner The driver and the power management module are fixedly arranged on the top, and the driver, the power management module, the light source and the sensor circuit are connected. The above-mentioned new type of emergency sensor light has a simple and compact structure and a reasonable design. A reversible liner is arranged in the lampshade and the base, and a light source is arranged on the liner, so that it has a novel structure; a power management module is set in the base below the liner. , the power management module can regulate and select the mains power and the reserve power supply to supply power for the light source and the sensor, and can regulate the mains power to charge the reserve power in the power management module. The induction lamp with the above-mentioned structure can also work normally under special circumstances, such as power failure and the like, so as to provide convenience for users.

Description

A new type of emergency sensor light

technical field

The utility model belongs to the technical field of induction lamps, in particular to a novel emergency induction lamp.

Background technique

In the era of insufficient energy supply, power outages are common. Power outages have a great impact on people's production and life, and even some dangerous things may happen. Therefore, emergency lights are widely installed in various places to prepare for Required during power outages. However, when the emergency lights are not powered off, they are basically not used, which causes a waste of resources. Although the induction lights on the market are good and can achieve the purpose of energy saving, they still cannot play the role of lighting during power outages. Therefore, the ability to reuse them during normal power supply and power outages has become an urgent problem to be solved.

Utility model content

Aiming at the problems existing in the prior art, the purpose of this utility model is to design and provide a new technical solution for an emergency induction lamp. The induction lamp has two power supply modes and can be used normally even when the power is cut off.

The novel emergency sensor lamp includes a base, a lampshade, and a light source and a sensor arranged in the base and the lampshade. It is characterized in that the light source is arranged on a liner, and one edge of the liner is connected to the base shaft. The other edge of the liner is buckled and fitted with the base, and the driver and the power management module are fixedly arranged on the base under the liner, and the driver, the power management module, the light source and the sensor circuit are connected.

The novel emergency sensor lamp is characterized in that a fixed shaft is fixedly arranged on one edge of the liner, and the fixed shaft is connected to a fixed end provided on the base.

The new type of emergency sensor light is characterized in that a set of card slots are fixedly arranged on one edge of the lining board, and the card slots are fastened to the card points provided on the base.

The new type of emergency sensor light is characterized in that the power management module includes a charging management circuit, a reserve power supply, a switching circuit and a power switching circuit.

The new type of emergency sensor light is characterized in that the input end of the power switching circuit is connected to a driver connected to the mains, and a charging management circuit, a reserve power supply and a switch are connected in parallel between the driver and the power switching circuit. circuit, the output end of the power switching circuit is connected to the sensor circuit of the sensor, and the sensor circuit is connected to the light source.

The above-mentioned new type of emergency sensor light has a simple and compact structure and a reasonable design. A reversible liner is arranged in the lampshade and the base, and a light source is arranged on the liner, so that it has a novel structure; a power management module is set in the base below the liner. , the power management module can regulate and select the mains power and the reserve power supply to supply power for the light source and the sensor, and can regulate the mains power to charge the reserve power in the power management module. The induction lamp with the above-mentioned structure can also work normally under special circumstances, such as power failure and the like, so as to provide convenience for users.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the control schematic diagram of the utility model.

In the figure: 1-lining plate; 2-fixed shaft; 3-fixed end; 4-card slot; 5-card point; 6-inductor; 601-inductor circuit; 7-light source; Column; 10-clamping plate; 11-base; 12-outlet hole; 13-power management module; 1301-charging management circuit; 1302-reserve power; 1303-switching circuit; 1304-power switching circuit;

Detailed ways

The utility model will be further described below in conjunction with the accompanying drawings.

As shown in the figure, a new type of emergency sensor lamp includes a base 11 and a lampshade 14 connected to each other, and a light source 7 , a sensor 6 , a power management module 13 and a driver 8 are fixedly arranged in the base 11 and the lampshade 14 . The power management module 13 includes a charge management circuit 1301 , a reserve power source 1302 , a switch circuit 1303 and a power switch circuit 1304 . The input end of the power switching circuit 1304 is connected to the driver 8 connected to the mains, the charging management circuit 1301, the reserve power supply 1302 and the switching circuit 1303 are connected in parallel between the driver 8 and the power switching circuit 1304, and the output end of the power switching circuit 1304 is connected to the sensor 6 The sensor circuit 601 is connected to the light source 7 .

As a preferred structure of the induction lamp, a liner 1 is arranged in the base 11 and the lampshade 14, and a fixed shaft 2 is arranged on one edge of the liner 1, and the fixed shaft 2 is connected with the fixed end 3 arranged in the base 11, so that the liner 1 and the base 11 shaft connection; the other edge of the liner 1 is provided with a set of card slots 4, and the card slots 4 are buckled and matched with the card points 5 provided on the base 11. And the power management module 13 and the driver 8 are arranged on the base 11 under the lining board 1 . The base 11 is also provided with a terminal post 9 , a crimping plate 10 and an outlet hole 12 .

When working, the driver 8 converts the AC alternating current into DC direct current, and the direct current charges the reserve power supply 1302 through the charging management circuit 1301 . The power switching circuit 1304 is used to detect the power supply mode. If the mains power supply is used, the power switching circuit 1304 does not operate, and directly supplies power to the sensor circuit 601 and the light source 7; if it is detected that the mains is disconnected, the power switching circuit 1304 jumps , turn on the reserve power supply 1302, and the reserve power supply 1302 supplies power for the sensor circuit 601 and the light source 7, and functions as an emergency light. In the state of the reserve power supply 1302 power supply, once the power switching circuit 1304 detects that the commercial power is connected, it jumps immediately and connects the output terminal of the driver 8. If the reserve power supply 1302 is not used in the case of a power failure or during transportation, it can be switched through the switch. Circuit 1303 disconnects from reserve power source 1302 .

Claims (5)

1. novel emergent sense light, comprise base (11), lampshade (14) and be arranged on base (11), light source (7) in the lampshade (14) and inductor (6), it is characterized in that described light source (7) is arranged on the liner plate (1), liner plate (1) one edge is connected with base (11) axle, another edge of liner plate and base (11) are fastened, be fixedly installed driver (8) and power management module (13), described driver (8) on the base (11) of described liner plate (1) below, power management module (13), light source (7) is connected 6 with inductor) the circuit connection.

2. a kind of novel emergent sense light as claimed in claim 1 is characterized in that described liner plate (1) one edge is fixedly installed fixed axis (2), and described fixed axis (2) is connected with stiff end (3) on being arranged on base (11).

3. a kind of novel emergent sense light as claimed in claim 1 is characterized in that described liner plate (1) one edge is fixedly installed one group of draw-in groove (4), described draw-in groove (4) and stuck point (5) snapping that is arranged on the base (11).

4. a kind of novel emergent sense light as claimed in claim 1 is characterized in that described power management module (13) comprises charge management circuit (1301), redundant electrical power (1302), on-off circuit (1303) and power supply switch circuit (1304).

5. a kind of novel emergent sense light as claimed in claim 4, it is characterized in that described power supply switch circuit (1304) input one tunnel connects the driver (8) that is electrically connected with the city, charged in parallel management circuit (1301), redundant electrical power (1302) and on-off circuit (1303) between described driver (8) and the power supply switch circuit (1304), described power supply switch circuit (1304) output connects the inductor circuit (601) of inductor (6), and described inductor circuit (601) connects light source (7).

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