CN203549656U - Energy-saving LED driving power - Google Patents

Abstract

The utility model discloses an energy-saving LED driving power. The energy-saving LED driving power comprises a power body (1) and a lamp cap, and both the power body (1) and the lamp cap are rectangular. The power body is provided with a solar board (8), a charge interface and a USB interface, and a lithium battery and a charge circuit are integrated in the power body. A power switch (4) is mounted at the top of the lamp cap. One group of contact pins is mounted on the head face of the right side of the power body. One group of sockets matched with the contact pins is mounted on each of the head faces of the left and right sides of the lamp cap. One lateral head face of the lamp cap is further provided with 2 LED lamp modules. The contact pins comprise two cathode contact pins (3) and one anode contact pin (2). Each group of sockets comprises two cathode sockets (6) and one anode socket (5). The energy-saving LED driving power is agile in structure, is rich in function, is convenient to use, is environmental friendly, and enables the energy to be saved.

Description

A kind of energy-saving LED driving power

Technical field

The utility model relates to a kind of energy-saving LED driving power.

Background technology

Existing LED driving power, function is comparatively single, only has the effect of driving power, can not use as other equipment, has limited its extensive use, therefore, is necessary to design a kind of novel LED driving power.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of energy-saving LED driving power, and this energy-saving LED driving power structure is ingenious, feature richness, easy to use, energy-conserving and environment-protective.

The technical solution of utility model is as follows:

An energy-saving LED driving power, comprises power supply body (1) and lamp holder, and power supply body (1) and lamp holder are cuboid; Power supply body is provided with solar panels (8), charging inlet and USB interface, is integrated with lithium battery and charging circuit in power supply body; The top of lamp holder is provided with power switch (4);

The end face on the right side of power supply body is provided with one group of contact pin; On the end face of the left and right side of lamp holder, be respectively provided with one group of socket with described contact pin adaptation; On a side direction end face of lamp holder, be also provided with 2 LED lamp modules (7); Each LED lamp module is integrated with 7 LED white lights; In 7 LED white lights, a LED white light is positioned at center, and other 6 are distributed in the LED at center white light around;

Described contact pin comprises 2 negative pole contact pins (3) and an anodal contact pin (2); 2 negative pole contact pins and anodal contact pin form a line along the width of power supply body, and anodal contact pin is between 2 negative pole contact pins;

Every group of socket comprises 2 negative pole sockets (6) and an anodal socket (5); 2 negative pole sockets and anodal socket form a line along the width of lamp holder, and anodal socket is between 2 negative pole sockets.

Beneficial effect:

Energy-saving LED driving power of the present utility model, lamp holder adopts pluggable mode to be connected with power supply body, has both realized mechanical connection, also realized electrical connection, structure is ingenious, and lamp holder is provided with 2 groups of LED lamps, there is very high luminosity, therefore, this energy-saving LED driving power also has torch function, when not using torch, can also be by the upset of lamp holder left and right, LED lamp is stashed, and therefore, profile is more attractive in appearance.

Due to integrated charging inlet and USB interface, this energy-saving LED driving power can also be used as portable power source.

And, 3 socket-3 contact pin patterns of employing symmetric form, socket turns upside down can not affect the normally luminous of LED lamp yet, can effectively prevent reverse power connection, safe.

In addition, this energy-saving LED driving power adopts solar panels to carry out auxiliary charging to battery, energy-conserving and environment-protective, without also charging to energy-saving LED driving power in the situation of mains supply, easy to use, adopt solar panels, energy-conservation more than 50%, efficiency is high, and driving power inside is integrated with constant current chip, output current constant and stablize, reliability is high.

Accompanying drawing explanation

Fig. 1 is the general structure schematic diagram of energy-saving LED driving power of the present utility model.

Fig. 2 is the structural representation of a side end face of lamp holder.

Label declaration: 1-power supply body, the anodal contact pin of 2-, 3-negative pole contact pin, 4-power switch, the anodal socket of 5-, 6-negative pole socket, 7-LED lamp module, 8-solar panels.

The specific embodiment

Below with reference to the drawings and specific embodiments, the utility model is described in further details:

Embodiment 1:

As shown in Figure 1-2, a kind of energy-saving LED driving power, comprises power supply body 1 and lamp holder, and power supply body and lamp holder are cuboid; Power supply body is provided with solar panels 8, charging inlet and USB interface, is integrated with lithium battery and charging circuit in power supply body; The top of lamp holder is provided with power switch 4;

The end face on the right side of power supply body is provided with one group of contact pin; On the end face of the left and right side of lamp holder, be respectively provided with one group of socket with described contact pin adaptation; On a side direction end face of lamp holder, be also provided with 2 LED lamp modules 7; Each LED lamp module is integrated with 7 LED white lights; In 7 LED white lights, a LED white light is positioned at center, and other 6 are distributed in the LED at center white light around;

Described contact pin comprises 2 negative pole contact pins 3 and an anodal contact pin 2; 2 negative pole contact pins and anodal contact pin form a line along the width of power supply body, and anodal contact pin is between 2 negative pole contact pins;

Every group of socket comprises 2 negative pole sockets 6 and an anodal socket 5; 2 negative pole sockets and anodal socket form a line along the width of lamp holder, and anodal socket is between 2 negative pole sockets.

On lamp holder, being also provided with uviol lamp [not shown] can be for check authenticity of banknotes.

USB interface is for powering to consumers such as mobile phones; Charging inlet is used for connecing power supply adaptor; Power supply adaptor is for being converted to direct current by alternating current 220V power supply.

Claims (1)

1. an energy-saving LED driving power, is characterized in that, comprises power supply body (1) and lamp holder, and power supply body (1) and lamp holder are cuboid; Power supply body is provided with solar panels (8), charging inlet and USB interface, is integrated with lithium battery and charging circuit in power supply body; The top of lamp holder is provided with power switch (4);

The end face on the right side of power supply body is provided with one group of contact pin; On the end face of the left and right side of lamp holder, be respectively provided with one group of socket with described contact pin adaptation; On a side direction end face of lamp holder, be also provided with 2 LED lamp modules (7); Each LED lamp module is integrated with 7 LED white lights; In 7 LED white lights, a LED white light is positioned at center, and other 6 are distributed in the LED at center white light around;

Described contact pin comprises 2 negative pole contact pins (3) and an anodal contact pin (2); 2 negative pole contact pins and anodal contact pin form a line along the width of power supply body, and anodal contact pin is between 2 negative pole contact pins;

Every group of socket comprises 2 negative pole sockets (6) and an anodal socket (5); 2 negative pole sockets and anodal socket form a line along the width of lamp holder, and anodal socket is between 2 negative pole sockets.

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