CN201568873U

CN201568873U - Energy-saving fluorescent lamp

Info

Publication number: CN201568873U
Application number: CN2009202837867U
Authority: CN
Inventors: 胡健
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-12-07
Filing date: 2009-12-07
Publication date: 2010-09-01
Anticipated expiration: 2019-12-07

Abstract

The utility model discloses an energy-saving fluorescent lamp. A solar energy light gathering unit is arranged on a reflecting cover of the fluorescent lamp, the solar energy light gathering unit is connected to an electricity storage unit through an optical energy and electric energy conversion unit circuit, the electricity storage unit supplies electric power to a lamp tube of the fluorescent lamp, in addition, a control unit is arranged between the electricity storage unit and the lamp tube of the fluorescent lamp, the control unit is used for controlling that the electricity storage unit only provides electric power sources for the lamp tube only when the electricity storage unit stores the electric power, otherwise, the power supply of the lamp tube is still supplied by commercial power, and in addition, the energy-saving effect is reached in the way.

Description

A kind of energy-saving daylight lamp

Technical field

The utility model relates to a kind of fluorescent lamp, relates in particular to a kind ofly can be converted to electric energy by illumination luminous energy with fluorescent-lamp tube, and with the electric energy of this conversion energy-saving daylight lamp as the power source of fluorescent-lamp tube.

Background technology

In the thick living environment of the narrow people in ground; because needing provides people to live in limited space; the building of office; no matter therefore building itself or its inner compartment are all planned under the principle of most its usefulness in ground; and the daylighting of building may be sacrificed or be ignored under this principle; even if cause under the daytime that the sun is shining; in this building, still must turn on light; the user is provided light and spacious living space; and this kind situation is the most common in general office space; and the small cup number of the employed fluorescent-lamp tube illumination in office space also is quite a lot of; serious day by day and emphasize under the situation of carbon reduction in surging electricity price and energy crisis; will cause the burden of consumption end electricity price expense, and also do not have an environmental protection notion.

The utility model content

For overcoming deficiency of the prior art, the utility model provides a kind of energy-saving daylight lamp, and the light source that it can utilization itself provides electric energy to oneself.

For solving the problems of the technologies described above, energy-saving daylight lamp of the present utility model, be included in its reflection shield and be provided with the solar concentrating unit, described solar concentrating unit one luminous energy electric energy converting unit circuit is connected to electricity accumulating unit, to store the electric energy that gets through this luminous energy electric energy converting unit conversion, and supply with the fluorescent tube give this fluorescent lamp with the electric energy that is stored in the electricity accumulating unit, between described electricity accumulating unit and fluorescent-lamp tube, establish control module in addition, described fluorescent lamp utilizes described controller to control this electricity accumulating unit just can provide the fluorescent tube power source when having stored electric power, otherwise this fluorescent tube makes this fluorescent lamp reach energy-conservation usefulness still by the civil power supply power with this.

But energy-saving daylight lamp of the present utility model is during because of its lamp luminescence of mat, collect luminous energy through the solar concentrating unit, and this luminous energy converted to electric energy and be stored in electricity accumulating unit through luminous energy electric energy converting unit, and to be stored in electric energy in the electricity accumulating unit as the power source of the fluorescent tube of this fluorescent lamp, especially during this lamp tube starting, this electricity accumulating unit is also constantly being accumulated electric energy, make the electricity accumulating unit of this fluorescent lamp give fluorescent tube by self-sufficient supply power supply, therefore can significantly reduce civil power provides the time of electric energy to this fluorescent tube, and makes this fluorescent lamp reach energy-conservation usefulness.

Description of drawings

Fig. 1 is the structural upright exploded view of energy-saving daylight lamp of the present utility model.

Fig. 2 is the structure schematic side view of energy-saving daylight lamp of the present utility model.

Fig. 3 is the schematic block circuit diagram of energy-saving daylight lamp of the present utility model.

The specific embodiment

See also Fig. 1～shown in Figure 3, energy-saving daylight lamp of the present utility model comprises: a lamp socket 1, and lamp socket 1 is provided with reflection shield 11, and installs fluorescent tube 2 in the reflective side of this reflection shield 11, the light that fluorescent tube 2 is sent sees through reflection, the light harvesting of reflection shield 11, in ray cast to a zone; On the reflective surface of this reflection shield 11, establish solar concentrating unit 3 in addition, the output of this solar concentrating unit 3 connects this luminous energy electric energy converting unit 4, and the output of this luminous energy electric energy converting unit 4 is connected to electricity accumulating unit 5 again, the output of this electricity accumulating unit 5 is connected with fluorescent tube 2 circuits behind a control module 6, and this control module 6 also is connected with civil power 7 circuits.

In view of the above, the fluorescent tube 2 of usual this fluorescent lamp is by civil power 7 supply power supplys, and lighted when luminous when fluorescent tube 2, this solar concentrating unit 3 just begins to collect luminous energy, and to see through this luminous energy electric energy converting unit 4 be electric energy with these solar concentrating unit 3 collected transform light energy, and be stored in the electricity accumulating unit 5, when control module 6 detections learn that the electric energy of electricity accumulating unit 5 storages has been enough to drive fluorescent tube 2, this control module 6 will interrupt the electric energy supply of civil power 7, provide power supply to fluorescent tube 2 and change by this electricity accumulating unit 5, unless electricity accumulating unit 5 can't resupply power supply and give fluorescent tube 2, this control module 6 just can be controlled with civil power 7 supply powers again and give fluorescent tube 2, otherwise this electricity accumulating unit 5 is given fluorescent tube 2 with the sustainable supply power supply, so continuous circulation light harvesting, electric power storage, power supply, can reduce the time of civil power 7 supply fluorescent tubes 2 power supplys, and reach the usefulness of saving electric energy.

Claims

1. energy-saving daylight lamp, comprise a lamp socket (1) and fluorescent tube (2), it is characterized in that: described lamp socket (1) is provided with reflection shield (11), and at the reflective side installing fluorescent tube (2) of this reflection shield (11), on the reflective surface of described reflection shield (11), establish solar concentrating unit (3) in addition, the output of described solar concentrating unit (3) connects a luminous energy electric energy converting unit (4), the output of described luminous energy electric energy converting unit (4) is connected to an electricity accumulating unit (5) again, the output of described electricity accumulating unit (5) is connected with the circuit of described fluorescent tube (2) behind a control module (6), and described control module (6) also is connected with civil power (7) circuit.