CN201177215Y

CN201177215Y - Energy-saving light-increasing glass bundle and flashlight possessing same

Info

Publication number: CN201177215Y
Application number: CNU2008200892117U
Authority: CN
Inventors: 郭佰军
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-01-25
Filing date: 2008-01-25
Publication date: 2009-01-07
Anticipated expiration: 2018-01-25

Abstract

The utility model discloses an energy-saving intensifying glass beam and a torch provided with the energy-saving intensifying glass beam. The energy-saving intensifying beam is formed by a plurality of light-guide fiberglass rods coated with light protecting layers; the exposed part on the top end of each light-guide fiberglass rod is provided with a ball-shaped fiberglass bright tip; the shape of the light-guide fiberglass rod is designed according to a lamp fitting, such as a parallel shape or a radial shape; and the torch provided with the energy-saving intensifying glass beam is to arrange a magnifier in front of a bulb and arrange an energy-saving intensifying beam in front of the magnifier. The energy-saving intensifying glass beam and the torch provided with the energy-saving intensifying glass beam have the advantages that the energy-saving intensifying glass beam and the torch provided with the energy saving intensifying glass beam not only have higher illumination efficiency, but also can furthest avoid loss of light energy during transmission. Testing results show that light emitted by the design is bright, and is at least five times higher than the brightness of the prior torch, and the continuous use time of the torch is prolonged by nearly two times.

Description

Energy-conservation glass strands and the flashlight that has this energy-conservation glass strands of adding lustre to of adding lustre to

Technical field

The utility model relates to a kind of energy-conservation glass strands and a kind of flashlight that has this energy-conservation glass strands of adding lustre to of adding lustre to.

Background technology

Electric energy is a kind of most important energy, owing to relate to huge numbers of families, the proportion that electric consumption on lighting is occupied in existing power consumption is sizable.Therefore, improve the utilization ratio of electric consumption on lighting, it is very important reducing difficult the consumption for the fundamental state policy of implementing China's energy savings of electricity.The topmost means of utilization ratio that improve electric consumption on lighting are exactly to improve the luminous efficiency of electric lighting, the one, increase the electric light conversion ratio, the 2nd, avoid luminous energy loss in the air, be accompanied by the lasting exploitation of present many new technologies, new material, the potentiality of relevant this respect are also constantly increasing, and also have a lot of new technical problems to need us to be studied in earnest.

Summary of the invention

Goal of the invention of the present utility model is to provide a kind of energy-conservation glass strands of adding lustre to, and this energy-conservation glass strands of adding lustre to not only has very high-luminous-efficiency, and can avoid the loss of luminous energy in the air to greatest extent.Another goal of the invention of the present utility model is to provide a kind of flashlight that has this energy-conservation bundle that adds lustre to.

Technical solution adopted in the utility model is: this energy-conservation bundle that adds lustre to is by many leaded light glass fiber bar constructions, the appearance of every leaded light glass fiber rod all scribbles protects photosphere, the head end exposed part is the spherical bright head of glass fiber, the shape of leaded light glass fiber rod is according to employed Design of Luminaires, as is parallel shape or divergent shape.Installment state is that the tail end of leaded light glass fiber rod faces toward bulb, and light goes out from the bright hair of the glass fiber of head end.The tail end of leaded light glass fiber rod can be fixed on the outer wall of bulb, also can be bowl-shape with one, the reflective fixed mount of sheet with its fixed-site after, be contained in the outer end of bulb.

The transparent knot that forms at its tail end when the bright head of above-mentioned glass fiber is meant glass fiber rod sintering is spherical or other shape.

The flashlight structure that has this energy-conservation bundle that adds lustre to is close with existing flashlight, has the shell that tubular is joined behind the inner cone, in the tube section shell battery, bulb is housed, and is provided with dustproof glass, convergent bowl in the awl section shell, and switch is housed on the shell wall.Different is that a magnifying glass is housed in the front of bulb, in the front of magnifying glass is the energy-conservation bundle that adds lustre to, cylindric the be arrangeding in parallel of leaded light glass fiber rod of the energy-conservation Beam End section of adding lustre to, being divergent shape behind the lamp holder that first section enters flashlight passes and has the mesh reflector, the bright head of the glass fiber of head end accumulates on the reflector, and reflector has also played the effect of fixed mount here.The place can also be provided with and the corresponding pitting of the bright head shapes of glass fiber at the bright head of the corresponding glass fiber of reflector.

More than be to be that example is described concrete application of the present utility model with the flashlight, obviously, range of application of the present utility model and more than that, various light fixtures such as existing desk lamp, wall lamp, street lamp can be used.

The beneficial effects of the utility model are: the utility model not only has very high-luminous-efficiency, and can avoid the loss of luminous energy in the air to greatest extent, result of the test shows, the light that the design sends is bright, at least exceed 5 times than the identical brightness of being proficient in flashlight, prolong 2 times service time nearly continuously.

Description of drawings

Fig. 1 is the structural representation of the utility model embodiment 1

Fig. 2 is the structural representation of embodiment 2

Fig. 3 is the structural representation of embodiment 3

Fig. 4 is the structural representation of embodiment 4

Fig. 5 is the structural representation of embodiment 5

Number in the figure:

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

1, leaded light glass fiber rod 2, bright 3 in glass fiber, fixed mount 4, shell

5, battery 6, bulb 7, dustproof glass 8, convergent bowl 9, switch

10, magnifying glass 11, reflector 12, mesh 13, pitting

The specific embodiment

Example 1

As shown in Figure 1, this energy-conservation bundle that adds lustre to is made of many leaded light glass fiber rods 1, and the appearance of every leaded light glass fiber rod 1 all scribbles protects photosphere, omits among the figure.The head end exposed part is bright 2 in spherical glass fiber, and 1 rear is cylindric be arranged in parallel for leaded light glass fiber rod, and first section is petal-shaped and disperses.This design is applicable on flashlight or some other direct projection lamp and installs.

Example 2

Fig. 2 is the radially sectional schematic diagram of the energy-conservation bundle that adds lustre to, and leaded light glass fiber rod 1 is circular layout, and head end outwards is the spoke divergent shape, and fixed mount 3 is the plated metal sheet of an annular.This design is applicable on fluorescent tube installs.

Example 3

As shown in Figure 3, leaded light glass fiber rod 1 is arranged in parallel, and is tabular arrangement, and fixed mount 3 is located at the periphery.This scheme is applicable to as the lamp face and designs.

Example 4

Shown in Figure 4 is the flashlight that has this energy-conservation bundle that adds lustre to, its structure is close with existing flashlight, has the shell 4 that tubular is joined behind the inner cone, in the tube section shell battery 5, bulb 6 is housed, be provided with dustproof glass 7, convergent bowl 8 in the awl section shell, switch 9 is housed on the shell wall.Different is that a magnifying glass 10 is housed in the front of bulb 6, is the energy-conservation bundles that add lustre to described in the example 1 in magnifying glass 10 fronts.Leaded light glass fiber rod 1 cylindric the be arrangeding in parallel of the energy-conservation Beam End section of adding lustre to, be divergent shape behind the lamp holder that first section enters flashlight and pass the reflector 11 that has mesh 12, bright 2 in the glass fiber of head end accumulates on the reflector 11, here the effect of also having played fixed mount of reflector 11.

Example 5

Shown in Figure 5 is the reflector 11 that has on this energy-conservation flashlight of restrainting that adds lustre to, and also is provided with and the corresponding pitting 13 of bright 2 shape of glass fiber at bright 2 place of reflector 11 corresponding glass fiber.

Claims

1, a kind of energy-conservation bundle that adds lustre to, it is characterized in that: this energy-conservation bundle that adds lustre to is made of many leaded light glass fiber rods (1), the appearance of every leaded light glass fiber rod (1) all scribbles protects photosphere, the head end exposed part is the spherical bright head of glass fiber (2), the shape of leaded light glass fiber rod (1) is parallel shape or divergent shape according to employed Design of Luminaires; Installment state is that the tail end of leaded light glass fiber rod (1) faces toward bulb, and light sends from the bright head of the glass fiber of head end (2); The tail end of leaded light glass fiber rod (1) can directly be fixed on the outer wall of bulb, also can be bowl-shape with one, fixed mount (3) that sheet is reflective with its fixed-site after, be contained in the outer end of bulb.

2, a kind of flashlight that has the energy-conservation according to claim 1 bundle that adds lustre to, its structure and flashlight are close, has the shell that tubular is joined behind the inner cone, in the tube section shell battery is housed, bulb, be provided with dustproof glass in the awl section shell, convergent bowl, switch is housed on the shell wall, it is characterized in that a magnifying glass (10) being housed in the front of bulb (6), in magnifying glass (10) front is the energy-conservation bundle that adds lustre to, cylindric the be arrangeding in parallel of leaded light glass fiber rod (1) of the energy-conservation Beam End section of adding lustre to, be divergent shape behind the lamp holder that first section enters flashlight and pass the reflector (11) that has mesh (12), the bright head of the glass fiber of head end (2) accumulates on the reflector (11).