CN201134411Y

CN201134411Y - Electronic energy-saving lamps with ultrathin lamp support

Info

Publication number: CN201134411Y
Application number: CN 200720061305
Authority: CN
Inventors: 黄甜仔
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-12-12
Filing date: 2007-12-12
Publication date: 2008-10-15
Anticipated expiration: 2017-12-12

Abstract

An electronic energy-saving lamp with an ultra-thin lamp holder is composed of a lamp cap, a lamp holder, a heat-insulate shell, a tube face and a lamp cap and the like. The port portion of the lamp cap is less than Phi 30 mm, which accords with the standard of the lamp cap and broadens partial volume of the lamp cap. The lamp holder exposed less than 8 mm above the lamp cap, which shortens the distance between the lamp holder and the luminous surface to the utmost extent. An electronic ballast circuit board is placed in the lamp cap and the lamp holder, the lamp holder is connected with the tube face by a heat-insulated casing which enables air flow through in the middle, thereby effectively avoiding heat of the lamp tube heating an electronic ballast, not only the distance from the lamp cap to the tube luminous surface is shortened, but also product performance is reliable, if the lamp is made into an electronic energy-saving lamp with common bulb shape, the size can be the same with the common incandescent lamp, 92% of the surface of the spherical casing is enabled to be the luminous surface, and effect can be achieved as the common incandescent lamp no matter in shape or in light pattern, thereby truly replacing the common incandescent lamp.

Description

A kind of ultrathin lamp holder electronic energy-saving lamp

Technical field

The utility model relates to a kind of electronic energy-saving lamp, relates in particular to a kind of ultrathin lamp holder electronic energy-saving lamp.

Background technology

Electronic energy-saving lamp is rooted in the hearts of the people with its high light efficiency, high colour developing, the fashionable whole world of energy-conservation, long-life excellent properties, and is widely known, be described as civilian third generation new light sources, Green Product is represented the developing direction of 21st century lighting source, and its market potential is very huge.But find in actual applications, a large amount of lamp decorations all is with the vivid of ordinary incandescent lamp and is of a size of design considerations on the market now, and electronic energy-saving lamp is owing to will place electric ballast, occupy certain volume, make light-emitting area far away, be installed on the lamp decoration, seriously destroyed the intrinsic image of lamp decoration from the lamp holder position, not satisfying the consumer should energy-conservation phychology attractive in appearance again, makes electronic energy-saving lamp promote very slow in this field.

The utility model content

The purpose of this utility model provides the ultrathin lamp holder electronic energy-saving lamp of a kind of dependable performance, safety durable.It is placed on the electronic ballast circuit plate in ultra-thin bulb socket and the lamp holder, by heat insulation shell electric ballast is separated with fluorescent tube, guaranteeing under the safe handling situation of electric ballast, its light-emitting area and ordinary incandescent lamp are close, when being used on the lamp decoration, ordinary incandescent lamp can not influence the attractive in appearance of lamp decoration as substituting, satisfying the consumer fully should energy-conservation phychology attractive in appearance again, plays the purpose of real replacement ordinary incandescent lamp.

The purpose of this utility model is to realize by following technical measures:

The port section of lamp holder is less than Φ 30mm, the height H that bulb socket exposes lamp holder is less than 8mm, the electronic ballast circuit plate is placed in lamp holder and the bulb socket, but the heat insulation shell upper head plate of centre allowing air flow is connected with the bulb socket lower end, bottom plate is connected with the tube face upper end, be provided with sleeve in the middle of the tube face, can prevent placing discrete component in tube face and the sleeve.

Connector up and down is set on a thermal insulation board, and last connector is connected with the bulb socket lower end, and following connector is connected with the tube face upper end.

Bulb socket can directly be connected with tube face.

Lampshade can be installed in the set lampshade cover in heat insulation shell lower end.

Description of drawings

Below in conjunction with the drawings and specific embodiments the utility model is further described.

Fig. 1 is the utility model structural representation.

Fig. 2 is the utility model decomposition texture schematic diagram.

Fig. 3 is the structural representation of the different heat insulation shells of the utility model.

Fig. 4 is the structural representation that the utility model does not have heat insulation shell.

Fig. 5 is the structural representation of the utility model band lampshade.

Embodiment

As shown in Figure 1 and Figure 2, ultrathin lamp holder electronic energy-saving lamp is to be made of lamp holder 1, bulb socket 2, heat insulation shell 3, tube face 4 and fluorescent tube 5 etc., the port section 6 of lamp holder 1 is less than Φ 30mm, when not only having met the standard of lamp holder but also relaxed the partial volume of lamp holder, help the placement of electric ballast components and parts.The height H that bulb socket 2 exposes lamp holder 1 is less than 8mm, reduces the distance of bulb socket and light-emitting area to greatest extent.Lamp holder 1 is connected with bulb socket 2 upper ends, electronic ballast circuit plate 7, components and parts 8 and paster device 9 are placed on lamp holder 1 and bulb socket 2 inner chambers, but the upper head plate 11 of the heat insulation shell 3 of centre allowing air flow is connected with the lower end of bulb socket 2, bottom plate 12 is connected with tube face 4 upper ends, fluorescent tube 5 is fixed on the tube face 4, be provided with sleeve 13 in the middle of the tube face 4, sleeve 13 and tube face 4 inner chambers can be placed discrete component.

The structure of Fig. 3 is identical with Fig. 1, Fig. 2, but heat insulation shell is to adopt upper end 14, thermal insulation board 13 are set on a thermal insulation board 13, and lower end 15 is set below.The upper end 14 of heat insulation shell 13 is connected with bulb socket, the lower end 15 of heat insulation shell 13 be connected with tube face.

Fig. 4 directly is connected bulb socket 2 with tube face 4, reduces thermal insulation layer, to reach the not the thinnest effect of luminous component.

Fig. 5 is on the basis of Fig. 1, Fig. 3, lampshade cover 16 is set on heat insulation shell 3 bottom plates 12, the tube face 4 that has fluorescent tube 5 is installed in the lampshade cover 16 that is provided with on heat insulation shell 3 bottom plates 12, become the electronic energy-saving lamp of band lampshade, as make general blister electronic energy-saving lamp, its size can be identical with ordinary incandescent lamp, makes the surface of spherical housing about 92% become light-emitting area, reach profile and still be the illumination mode all with the on all four effect of ordinary incandescent lamp.Isolate because heating part adopts effectively, avoid the heating of fluorescent tube to electric ballast, improve the operational environment of electric ballast, it is safe and reliable to guarantee that whole lamp uses, thereby plays the effect of real replacement ordinary incandescent lamp.

Claims

1. ultrathin lamp holder electronic energy-saving lamp, form by lamp holder, bulb socket, heat insulation shell, tube face and fluorescent tube etc., the port section (6) that it is characterized in that lamp holder is less than Φ 30mm, the electronic ballast circuit plate is placed in lamp holder and the bulb socket, but the heat insulation shell upper head plate of centre allowing air flow is connected with the bulb socket lower end, bottom plate is connected with the tube face upper end, is provided with sleeve in the middle of the tube face, can prevent placing discrete component in tube face and the sleeve.

2. ultrathin lamp holder electronic energy-saving lamp according to claim 1 is characterized in that bulb socket exposes the height of lamp holder (H) and is less than 8mm.

3. ultrathin lamp holder electronic energy-saving lamp according to claim 1 is characterized in that heat insulation shell can also be provided with connector up and down on a thermal insulation board, and last connector is connected with the bulb socket lower end, and following connector is connected with the tube face upper end.

4. ultrathin lamp holder electronic energy-saving lamp according to claim 1 is characterized in that bulb socket can also directly be connected with tube face.

5. ultrathin lamp holder electronic energy-saving lamp according to claim 1 and 2 is characterized in that lampshade can be installed in the set lampshade cover in heat insulation shell lower end.