CN2740884Y

CN2740884Y - Parent-subsidiary energy-saving illuminator

Info

Publication number: CN2740884Y
Application number: CNU2004200649428U
Authority: CN
Inventors: 郭永福
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-06-15
Filing date: 2004-06-15
Publication date: 2005-11-16
Anticipated expiration: 2014-06-15

Abstract

The utility model relates to a parent-subsidiary energy-saving illuminator, comprising a luminous light splitting box, an optical fiber pipe and an illuminating subsidiary lamp. The luminous light splitting box is composed of a box body, an arch top cover, a U-shaped reflection cup, collecting mirrors, a bracket and a lamp-socket; the arch top cover is arranged at the upper end of the box body, and the top cover is evenly distributed with more than two light guiding holes; the U-shaped reflection cup is arranged in the box body; the bracket is arranged in the box body and located between the top cover and the U-shaped reflection cup; the collecting mirrors are arranged at the bracket, having the same amount with the light guiding holes, and the positions of the collecting mirrors are parallel and corresponding with the positions of the light guiding holes; the lamp-socket is arranged at the bottom of the box body; the optical fiber pipe is composed of a light guiding pipe and an optical fiber, and the optical fiber is arrayed in the light guiding pipe; one end of the light guiding pipe is hermetically arranged in the light guiding hole of the top cover; the other end of the light guiding pipe is connected with the illuminating subsidiary lamp, and the tail end of the optical fiber is extended in the illuminating subsidiary lamp. The parent-subsidiary energy-saving illuminator can be applied to energy-saving illuminators to realize the aim of illuminating via one parent light source and a plurality of subsidiary light radiations. The parent-subsidiary energy-saving illuminator has simple structure, stable performance, long service life, favorable energy-saving and illuminating effect, and can be widely used for families and the entertainment places and public places such as movie theaters.

Description

Mother and sons' energy-saving illuminator

Technical field

The utility model belongs to a kind of lighting device, a kind of specifically mother and sons' energy-saving illumination fluorescent tube that utilizes fiber optic conduction.

Technical background

Existing energy saving device for lighting is of a great variety, but all is the corresponding radioluminescence lamp of light emitting source, and owing to exist or unstable properties, or complex structure, service life are not long, or price height or the like weak point, thereby is difficult for promoting the use of.In Shanghai, an investigation at the beginning of 2003 shows, uses the conventional incandescent ratio still up to 45% in the Shanghai resident family that national economy maintains the leading position, and non-energy-saving daylight lamp then reaches 15%.

Summary of the invention

The technical problems to be solved in the utility model provide a kind of with fiber optic applications in lighting device, realize a plurality of sub-light emissions illuminations of female light source, stable performance, long service life, energy-efficient a kind of mother and sons' energy-saving illuminator.

The technical scheme in the invention for solving the technical problem is: a kind of mother and sons' energy-saving illuminator, form by the sub-fluorescent tube of luminous light-splitting box, FDDI FDM Fiber Duct and illumination, luminous light-splitting box is made up of box body, arc top cover, U-shaped reflector, condenser, support and lamp socket, the arc top cover is contained in the box body upper end, is evenly distributed with the light-conductive hole more than 2 on the top cover; The U-shaped reflector is contained in the box body; Support is contained in the box body, between top cover and U-shaped reflector; Condenser is contained on the support, and its number is identical with light-conductive hole, and condenser is parallel one by one corresponding with the light-conductive hole position; Lamp socket is contained in the box body bottom; FDDI FDM Fiber Duct is made up of light pipe and optical fiber, and fiber array is in light pipe; Light pipe one end is installed in the light-conductive hole of top cover hermetically; The other end then joins with the sub-fluorescent tube of illumination, and the optical fiber tail end extend in the sub-fluorescent tube of illumination.

Described optical fiber tail end is the match head.

Described light pipe internal layer has the flexible material reflecting layer.

There is the reflecting layer described support bottom surface.

Described illuminating lamp tube inwall has luminescent layer.

Described light pipe endpoint location is equipped with and makes light pipe and airtight traveling nut and the screw of light-conductive hole.

The adjusting device of regulating distance between condenser and the light pipe is equipped with in described support central authorities, and adjusting device is for regulating bolt.

Be equipped with on the described lamp socket and regulate the electric light and the adjusting device of condenser distance be contained on the lamp socket, adjusting device is the adjusting bolt.

The light pipe that the utility model is equipped with optical fiber is contained in the light-conductive hole of beam split Luminescent cases hermetically, guarantees that light transfers quality; Each a distance, light pipe mouth of pipe lower end, condenser is housed light pipe is injected in photopolymerization; Condenser is fixed on one can realize regulating the optically focused focal length by regulating on the support that bolt moves up and down, and scribbles the reflecting layer of mercury material and so on simultaneously below support, and it is used for abundant hybrid light source and radiation.

The central authorities of U-shaped reflector of the present utility model are that the front of a high Energy saving electric lamp bubble, U-shaped cup is with high reflection mercury, material coating, make it reach high reflecting effect.

High electricity-saving lamp gun platform of the present utility model is that alternate place, it and box body bottom is equipped with one and regulates bolt, can be simultaneously and condenser adjustment focal length, guarantee that the good mixing of light source injects in the light pipe: the light pipe inwall is flexible mercury finishing coat, and it can make the light source of injecting fully transmit and arrive the sub-fluorescent tube of illumination.The sub-fluorescent tube that throws light on is to be made by high efficient luminous material, and it can make the efficient luminous illumination purposes that reaches of light source of importing.Optical fiber connector of the present utility model, promptly every of luminous end optical fiber head all is " match " hair style by molten, doubles to radiate the purpose that reaches designing requirement and energy-saving illumination thereby its main effect is the light source that will import.Design of the present utility model can provide 3 places above illumination simultaneously.

The utility model in energy-saving illuminator, and makes its multiplication luminous energy with the simple processing of optical fiber with fiber optic applications, realizes that a plurality of sub-light emissions of female light source realize the purposes of throwing light on.The utility model light pipe inwall is the mercury material coating, light source fully can be transmitted by optical fiber light pipe to insert an illuminating lamp tube, can reach satisfied illuminating effect, and it need not the conversion of other energy-collecting device.

The utility model is simple in structure, stable performance, and long service life, lighting energy saving is effective, can be widely used in public places such as public places of entertainment such as family, movie theatre and street lamp, luxurious engineering, classroom, factory floor.

Description of drawings

Fig. 1 is one of the utility model structural representation

Fig. 2 is two of the utility model structural representation

Fig. 3 is the utility model cap structure schematic diagram

Fig. 4 is the utility model illuminating lamp tube structural representation

Fig. 5 is the utility model optical fiber structure schematic diagram

Fig. 6 is the utility model fundamental diagram

The specific embodiment

Embodiment 1: as Fig. 1, Fig. 3 and shown in Figure 4, a kind of energy-saving illuminator, form by the sub-fluorescent tube of luminous light-splitting box, FDDI FDM Fiber Duct and illumination, luminous light-splitting box is made up of box body 4, arc top cover 5, U-shaped reflector 13, condenser 9, support 10 and lamp socket 16, arc top cover 5 is contained in box body 4 upper ends, is evenly distributed with 6 light-conductive holes 6 on the top cover; U-shaped reflector 13 is contained in the box body 4; Support 10 is contained in the box body, between top cover and U-shaped reflector; Condenser 9 is contained on the support 4, and its number is identical with light-conductive hole 6, and condenser 9 is parallel one by one corresponding with light-conductive hole 6 positions; Lamp socket 16 is contained in box body 4 bottoms; FDDI FDM Fiber Duct is made up of light pipe 2 and optical fiber 1, and optical fiber 1 array is in light pipe 2; Light pipe 2 one ends are installed in the light-conductive hole 6 of top cover hermetically; The other end then joins with the sub-fluorescent tube 18 of illumination, and optical fiber 1 tail end extend in the sub-fluorescent tube 18 of illumination.

Embodiment 2: as Fig. 2, Fig. 3 Fig. 4, Fig. 5 and shown in Figure 6, optical fiber 1 is a specialty optical fiber through processing, its other end is to dissolve with high temperature to be the light source amplification that the match head can make importing, many arrays are in light pipe 2, the inwall of its light pipe is a kind of flexible reflective material layer 3, it has high reflex, the light source that imports fully can be mixed; Endpoint location at light pipe 2 is equipped with a movable swivel nut 8, and it closely cooperates with screw 7 and is in the same place, and they are fixed on the arc top cover 5 optical fiber output light-conductive hole 6 of light distribution boxes 4; Light-conductive hole 6 be evenly distributed on the arc top cover 5 and with condenser 9 symmetrical parallel of lower end, distance adjustment bolt 11 is equipped with in plastic stent 10 central authorities that condenser 9 is housed, thereby realize the distance adjustment between condenser 9 and the light pipe 2, light source is fully injected in the light pipe 2.

Reverse side at plastic stent 10 scribbles mercury reflecting layer 12, the light that is contained in bulb 14 on the lamp socket 16 can be reflexed to U-shaped reflector 13, also there is mercury face reflecting layer 15 on the surface of U-shaped reflector 13, make light source obtain intersect mixing to import into condenser 9, at tube face 16 with regulate under the effect of bolt 17, make bulb 14 up-down adjustment and focus on condenser 9 fit adjustment; Reach complete transmitting illuminant task.Its moulding of sub-fluorescent tube 18 of throwing light on can reach as required and require to design, at its inwall coated with luminescent material layer 19[master material: fluorescent material and mercury].

Claims

1, a kind of mother and sons' energy-saving illuminator, it is characterized in that described device is made up of the sub-fluorescent tube of luminous light-splitting box, FDDI FDM Fiber Duct and illumination, luminous light-splitting box is made up of box body, arc top cover, U-shaped reflector, condenser, support and lamp socket, the arc top cover is contained in the box body upper end, is evenly distributed with the light-conductive hole more than 2 on the top cover; The U-shaped reflector is contained in the box body; Support is contained in the box body, between top cover and U-shaped reflector; Condenser is contained on the support, and its number is identical with light-conductive hole, and condenser is parallel one by one corresponding with the light-conductive hole position; Lamp socket is contained in the box body bottom; FDDI FDM Fiber Duct is made up of light pipe and optical fiber, and fiber array is in light pipe; Light pipe one end is installed in the light-conductive hole of top cover hermetically; The other end then joins with the sub-fluorescent tube of illumination, and the optical fiber tail end extend in the sub-fluorescent tube of illumination.

2, energy-saving illuminator as claimed in claim 1 is characterized in that described optical fiber tail end is the match head.

3, energy-saving illuminator as claimed in claim 1 is characterized in that described light pipe internal layer has the flexible material reflecting layer.

4, energy-saving illuminator as claimed in claim 1 is characterized in that there is the reflecting layer described support bottom surface.

5, energy-saving illuminator as claimed in claim 1 is characterized in that the sub-tube inner wall of described illumination has luminescent layer.

6, energy-saving illuminator as claimed in claim 1 is characterized in that described light pipe endpoint location is equipped with to make light pipe and airtight traveling nut and the screw of light-conductive hole.

7, energy-saving illuminator as claimed in claim 1 is characterized in that described support central authorities are equipped with the adjusting device of regulating distance between condenser and the light pipe.

8, energy-saving illuminator as claimed in claim 1 is characterized in that being equipped with on the described lamp socket and regulates the electric light that is contained on the lamp socket and the adjusting device of condenser distance.

9,, it is characterized in that described adjusting device is for regulating bolt as claim 7 or 8 described energy savers.