CN201611074U

CN201611074U - Energy-saving daylight lamp structure

Info

Publication number: CN201611074U
Application number: CN2009200712354U
Authority: CN
Inventors: 赵林方
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-04-28
Filing date: 2009-04-28
Publication date: 2010-10-20
Anticipated expiration: 2019-04-28

Abstract

The utility model provides an energy-saving daylight lamp structure which consists of a lamp tube copper needle, a pluggable connector shell, a lamp tube base, an energy-saving lamp tube, three white wires, a rectification and high-frequency control circuit, an electrical inductance control circuit, a plug, a middle connecting circuit board, a socket, a lamp tube filament, a fastening screw and a front end safety device. The energy-saving daylight lamp structure is in pluggable connecting structure. When the daylight lamp tube is damaged, the pluggable connector can be separated from the lamp tube to replace the daylight lamp tube, and the rectification and high-frequency control circuit, the circuit board of the electrical inductance control circuit and the pluggable connector are in clamping-connection structure, so that the energy-saving daylight lamp structure is convenient for replacing electronic components, and the energy-saving daylight lamp can be directly replaced on the premise of not changing the original daylight lamp structure.

Description

Energy-saving fluorescent structure

Technical field

The utility model is a kind of energy-saving fluorescent structure, particularly under the structure that does not change former plain edition fluorescent lamp, can directly change this practical energy-saving fluorescent lamp.

Background technology

Traditional fluorescent lamp is that fluorescent tube is installed on semi-enclosed support, internal stent is equipped with ballast, jumps bubble, tube stand, support loam cake holding screw, and this traditional fluorescent lamp electricity consumption height, noise is big, mounting cost is high, keep in repair loaded down with trivial detailsly, need certain technical staff and keep in repair.

Fluorescent tube divides plain edition and energy saving and environment friendly again, the plain edition fluorescent lamp is equipped with tungsten filament on the lamp tube ends electrode, the electronic emission thing is coated on the tungsten filament, fluorescent tube inside is filled with liquid mercury and argon gas, tube wall scribbles fluorescent material, when electric current flows through electrode, the tungsten filament temperature raises, a large amount of electronics are released, thermoelectron flows to positive pole by negative pole and causes intraductal electric current to flow, at pipe inner impact liquid mercury produce power excited ultraviolet, ultraviolet ray irradiation tube wall fluorescent material, the ultraviolet radiation absorption visible light makes lamp luminescence.

Be in fluorescent tube inside different with the plain edition fluorescent tube of energy saving and environment friendly fluorescent tube is filled with solid-state mercury and argon gas, lamp tube wall scribbles three primary colors rare-earth fluorescent material, be respectively: blue, red, green, be the best color of human eye colour vision identification, the three primary colors fluorescent material can reach higher luminous efficiency and strong brightness.

The plain edition fluorescent lamp, as shown in Figure 1: by semi-enclosed support (1), ballast (2), jump bubble (3), tube stand (4), fluorescent tube (5), tube stand (6), semi-enclosed support loam cake holding screw (7), and semi-enclosed support loam cake holding screw (8) formed.

But it is loaded down with trivial details that its ballast of medium-sized fluorescent lamp is changed program, needs certain technical staff and come maintain and replace; jump bubble in case along bad, fluorescent tube is switched on for a long time, and the lamp tube ends filament is rubescent; fluorescent tube and ballast burn very soon and can not use, and fluorescent tube and ballast can not well be protected.

Energy-saving fluorescent lamp, as shown in Figure 2: formed by lamp base copper pin (9), plug-in connector (10), header (11), power saving fluorescent lamps (12), white row's lead (13), header (14), plug-in connector (15), lamp base copper pin (16) and internal electron circuit.

Energy-saving fluorescent lamp peripheral hardware one safeties can effectively be protected fluorescent tube and electronic circuit when fluorescent lamp breaks down, and change simply, only need take away the plain edition fluorescent tube and jump bubble, change energy-saving fluorescent lamp and front end safeties.

I study improvement at plain edition fluorescent lamp shortcoming, improve through long-time research, and the novel generation of this use is arranged finally.

Summary of the invention

For overcome plain edition fluorescent lamp electricity consumption height, noise is big, mounting cost is high, need that certain technical staff keeps in repair and fluorescent tube, ballast burns easily, repair and replacement are loaded down with trivial details deficiency, the utility model provides a kind of energy-saving fluorescent lamp, just can directly change energy-saving fluorescent lamp under the prerequisite that does not change former fluorescent structure.

The technical scheme that its technical problem that solves the utility model adopts is: each fixes an insulator foot in energy-saving lamp tube ends, there is a hole diameter to equate on the base with tube diameter, fluorescent tube is fixed on and makes it to become integral body on the base, there is a groove at base hole place, 3 white row leads pass through lamp tube ends base groove place respectively and are connected with two ends intermediate transit wiring board, 3 white row lead fixed are above surface of the light tube, two ends intermediate transit wiring board is welded with socket respectively and row's lead is electrically connected, two ends intermediate transit wiring board is fixed on the base with screw respectively, and this connected mode is convenient to dismounting, change the fluorescent lamp that damages.

Two ends intermediate transit wiring board, the wiring board that rectification, high frequency control circuit are housed that wherein is welded with 3 sockets and plug-in connector inside on wiring board is connected, the wiring board of rectification, high frequency control circuit is connected in the plug-in connector of insulation, plug-in connector lateral surface has 2 copper pins, inside is electrically connected with the wiring board of rectification, high frequency control circuit, and outside the connection with the peripheral hardware safeties obtained working power.

The wiring board that the inductance control circuit is housed that is welded with 3 sockets and plug-in connector inside on the another wiring board is connected, the wiring board of inductance control circuit is connected in the plug-in connector of insulation, there are 2 copper pins in the plug-in connector outside, inner 2 copper pin short circuits, the outside is connected to obtain working power with power supply, reach under the prerequisite that does not change former plain edition fluorescent structure, can directly change the purpose of energy-saving fluorescent lamp.

The beneficial effects of the utility model are, plug-in connector and header have 3 concave, convex grooves, bring fast and accuracy to assembling, integral body is the plug-in syndeton, can be convenient for changing the fluorescent tube and the electronic accessory parts of damage, reduce the cost expenditure, under the prerequisite that does not change former plain edition fluorescent structure, needn't ask the technical professional, the user just can directly change the energy-saving fluorescent lamp of the utility model.

Description of drawings

Fig. 1 is a plain edition fluorescent structure constitutional diagram

Fig. 2 is the energy-saving fluorescent structure constitutional diagram of the utility model.

Fig. 3 is the energy-saving fluorescent structure exploded view of the utility model.

Fig. 4 is the energy-saving fluorescent structure profile of the utility model.

Fig. 5 is the energy-saving fluorescent structure profile of the utility model, the partial enlarged drawing of Fig. 4.

Fig. 6 is the electrical connection perspective view of the energy-saving fluorescent structure of the utility model.

Fig. 7 is the electrical connection perspective view of the energy-saving fluorescent structure of the utility model, the partial enlarged drawing of Fig. 6.

Fig. 8 is the energy-saving fluorescent lamp front end of the utility model safeties figure.

Fig. 9 is the energy-saving fluorescent structure circuit diagram of the utility model.

Among the figure: 1. semiclosed support, 2. ballast is 3. jumped bubble, 4. tube stand, 5. plain edition fluorescent tube, 6. tube stand, 7. semiclosed support holding screw, 8. semiclosed support holding screw, 9. fluorescent tube copper pin, 10. plug-in connector outer cover, 11. headers, 12. power saving fluorescent lamps, 13.3 root white row lead, 14. headers, 15. plug-in connector outer covers, 16. fluorescent tube copper pin, 17. rectification, the wiring board of high frequency control circuit, 18. plugs, 19. intermediate transit wiring boards, 20. socket, 21. the intermediate transit wiring board, 22. sockets, 23. plugs, 24. the wiring board of inductance control circuit, 25. fluorescent tube one end filament, 26. fluorescent tubes, one end filament, 27. intermediate transit wiring board holding screws, 28. intermediate transit wiring board holding screw, 29. front end safeties.

The specific embodiment

In the embodiment shown in fig. 3, the wiring board (17) of lamp base copper pin (9), rectification, high frequency control circuit, plug (18), socket (20), intermediate transit wiring board (19), filament (25) are connected, the wiring board (24) of filament (26), intermediate transit wiring board (21), socket (22), plug (23), inductance control circuit is connected, 3 white row's leads (13), pass through header (11), groove and intermediate transit wiring board (19), be connected, and header (14), groove with intermediate transit wiring board (21), be connected.

In the embodiment shown in fig. 3, fluorescent tube (12), pass through header (11), and header (14), filament (25), on header U type support, be connected with intermediate transit wiring board (19), crimping, filament (26) is connected with intermediate transit wiring board (21), crimping on header U type support, 3 whites are arranged lead (13), are passed through header (11), groove, and pass through header (14), groove, be fixed on fluorescent tube (12), the surface.

In the embodiment shown in fig. 3, the wiring board of rectification, high frequency control circuit (17), be connected to plug-in connector (10), inside, the wiring board of inductance control circuit (24), be connected to plug-in connector (15), inside, intermediate transit wiring board (19), with screw be fixed on header (11), above, intermediate transit wiring board (21), with screw be fixed on header (14), above, fluorescent tube (12), be fixed on header (11), and header (14), above.

When reality is used, AC power through plain edition fluorescent lamp head (4) with energy-saving fluorescent lamp head copper pin (9), be connected, the wiring board (17), AC power that imports rectification, high frequency control circuit through front end safeties (29) with plain edition fluorescent lamp head (6), be connected, plain edition fluorescent lamp head (6) with energy-saving fluorescent lamp head copper pin (16), be connected, import the wiring board (17) of rectification, high frequency control circuit.

The energy-saving fluorescent structure of the utility model, integral body is the plug-in syndeton, when the fluorescent lamp pipe damages, can be directly with two ends plug-in connectors (10), and (15) separate with fluorescent tube (12), change fluorescent tube, the wiring board (24) of the wiring board of rectification, high frequency control circuit (17), inductance control circuit and plug-in connector (10), and plug-in connector (15) be the plug-in structure, be convenient for changing electronic devices and components.

Claims

1. energy-saving fluorescent structure, include a fluorescent tube and two ends base, row lead, two ends plug-in connector are electrically connected in proper order, it is characterized in that: the hole that is connected with fluorescent tube is arranged on the lamp tube ends base, lamp tube ends is passed through the base hole respectively is fixed on the base fluorescent tube, connect in aggregates, the base two ends connect the plug-in connector respectively, form to be electrically connected.

2. a kind of energy-saving fluorescent structure according to claim 1 is characterized in that: a groove is arranged respectively on the lamp tube ends base, have one 3 white row's leads to pass through groove respectively and control circuit is electrically connected, row's lead fixed is above surface of the light tube.

3. a kind of energy-saving fluorescent structure according to claim 1 is characterized in that: the white row lead that passes through the two ends base is welded on respectively on the wiring board, and wiring board is separately fixed on the base of two ends.

4. a kind of energy-saving fluorescent structure according to claim 1 is characterized in that: be welded with 3 sockets on the lamp tube ends base wiring board respectively and be electrically connected with the plug of plug-in connector inside, two ends.

5. a kind of energy-saving fluorescent structure according to claim 1 is characterized in that: the plug of plug-in connector inside, two ends is welded on respectively on the wiring board, and wiring board is connected to plug-in connector inside respectively.

6. a kind of energy-saving fluorescent structure according to claim 1, it is characterized in that: two ends plug-in connector wherein inside is equipped with the wiring board of rectification, high frequency control circuit, be connected to copper pin on the plug-in connector lateral surface by inner lead, the wiring board that the inductance control circuit is housed, rectification, high frequency control circuit wiring board and inductance control circuit wiring board are electrically connected by row's lead and plug, the socket that passes through base groove.

7. a kind of energy-saving fluorescent structure according to claim 1 is characterized in that: the lateral surface of two ends plug-in connector is equipped with 2 copper pins respectively, is connected with AC power and obtains working power.

8. a kind of energy-saving fluorescent structure according to claim 1 is characterized in that: two ends plug-in connector and lamp tube ends base have 3 gib blocks that guiding is installed.

9. a kind of energy-saving fluorescent structure according to claim 1 is characterized in that: at electricity-saving lamp front end peripheral hardware one safeties, play the protection to the electricity-saving lamp system.

10. a kind of energy-saving fluorescent structure according to claim 1 is characterized in that: described lamp tube ends base and two ends plug-in connector are the injection mo(u)lding of PC fire-resistant engineering plastics material.