CN2551853Y

CN2551853Y - Rope lamp structure with thermal shrinkage sleeve

Info

Publication number: CN2551853Y
Application number: CN02238475U
Authority: CN
Inventors: 陈玄德
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-06-14
Filing date: 2002-06-14
Publication date: 2003-05-21
Anticipated expiration: 2012-06-14

Abstract

A rope light structure provided with a heat-shrinking sleeve layer consists of an extension body that is provided with a plurality of concave holes along the extension body. The surface of the extension body is provided with a groove that extends to the whole extension body. Each concave hole is provided with a luminous component that is provided with a first wire and a second wire. The two wires are arranged in the concave groove. The second wire of each luminous component is connected with the first wire of the adjacent luminous component. The connection between the two wires is achieved through the winding of the two wires, or through the use of a connected device to fix the wires together. A joint point of the wires is arranged in corresponding small holes on the extension body. In addition, a heat shrinking sleeve layer with color patterns is sleeved on the extension body to cover the extension body. The heat-shrinking sleeve layer can also contain sections or areas of different colors. Another translucent plastic out-coating layer is sleeved on the heat-shrinking sleeve layer. The light source changes into color beams after passing through the heat-shrinking sleeve layer.

Description

Rope lamp structure with pyrocondensation jacket layer

Technical field

The utility model is about a kind of lampion string, is meant a kind of rope lamp structure with pyrocondensation jacket layer especially.

Background technology

In the daily life, use the lamp string to be used as decorating through regular meeting.General lamp string comprises an ennation and a transparent housing.A plurality of bulbs are installed, and this transparent housing is coating ennation and bulb fully on ennation.This outer cover mainly provides protection and water-proof function, there is no any decoration function.Unless and more change the bulb, otherwise the light color that bulb is launched can't change.

Therefore, if can design the lamp string that colored light is sent in a kind of meeting, then can solve aforesaid drawbacks.

The utility model content

Therefore, one of the purpose of this utility model provides a kind of lamp string, and it can provide color light source.

Another purpose of the present utility model provides a kind of lamp string, and it can attract consumer's notice.

Of the present utility model time purpose system provides a kind of lamp string, and it has splendid protection and water-proof function.

For reaching above-mentioned purpose, the rope lamp structure with pyrocondensation jacket layer of the present utility model comprises an ennation, and a plurality of potholes are arranged on it, distributes along ennation, between two adjacent potholes an aperture is arranged.And, one groove is arranged on the surface of ennation along ennation.On each pothole, be equipped with bulb or other light-emitting components.First lead and one second lead that are connected on each bulb are contained in the groove, and prolong groove and extend.Second lead of each bulb is connected to first lead of adjacent bulb, and the connected mode of these two leads can be passed through with two coil of wire tangle ups or by Connection Element, and the connection of two leads partly can be accommodated in the corresponding aperture.One has the pyrocondensation jacket layer of color pattern, perhaps tightly is enclosed within on the ennation by the section of a plurality of different colours or district or the pyrocondensation jacket layer that is combined into.Then, with the outer sheathing layer of a kind of printing opacity, it is made with plastic cement, is enclosed within on the pyrocondensation jacket layer again.By the color of pyrocondensation jacket layer, the light that light-emitting component is launched is endowed color, and the user is provided versicolor light.

Description of drawings

Fig. 1 is the stereogram that the utlity model has the rope lamp structure of pyrocondensation jacket layer;

Fig. 2 the utlity model has the cross-sectional view of the rope lamp structure of pyrocondensation jacket layer along the A-A line of Fig. 1;

Fig. 3 is the pyrocondensation jacket layer first that the utlity model has the rope lamp structure of pyrocondensation jacket layer

The stereogram of embodiment;

Fig. 4 is the pyrocondensation jacket layer second that the utlity model has the rope lamp structure of pyrocondensation jacket layer

The stereogram of embodiment;

Fig. 5 is the pyrocondensation jacket layer the 3rd that the utlity model has the rope lamp structure of pyrocondensation jacket layer

The stereogram of embodiment;

Rope lamp: 10 ennations: 12

Pothole: 14 apertures: 16

Light-emitting component: 18 first leads: 20

Second lead: 22 grooves: 24

Tie point: 26 pyrocondensation jacket layers: 28,28 ', 28 "

Outer sheathing layer: the colored section of 30 ring-types: 281～284

Vertical colored region: 291～294 colored region: 311～313

The specific embodiment

See also Fig. 1 and Fig. 2, its diagram the utlity model has the rope lamp structure of pyrocondensation jacket layer.This rope lamp is indicated with Ref. No. 10, and it includes an ennation 12, and a plurality of potholes 14 are arranged on ennation 12, distributes along ennation 12.In addition, on ennation, an aperture 16 is arranged between the adjacent pothole 14.Be equipped with the light-emitting component 18 of bulb for example in each pothole 14, this light-emitting component 18 has one first lead 20 and one second lead 22.

On the surface of ennation (not indicating), a groove 24 is arranged, its axial direction along ennation extends.This groove 24 is connected with pothole 14 and aperture 16.First lead, 20 second leads 22 of light-emitting component 18 are contained in the groove 24, and extend along groove.Second lead 22 of each light-emitting component 18 links together with first lead 20 of adjacent light-emitting component 18, forms tie point 26.This tie point 26 is via simply form

lead

20,22 circumvolutions together, perhaps, utilizes a Connection Element that lead 20,22 is connected and is fixed together.This tie point 26 is contained in the aperture 16 between the adjacent pothole 14.Via

lead

20,22 and tie point 26, power supply (not indicating) supplies power to each light-emitting component 18.

The pyrocondensation jacket layer 28 of a microscler printing opacity is enclosed on the ennation 12, and stably light-emitting component 18 and

lead

20,22 is fixed in the ennation.Pyrocondensation jacket layer 28 is as jacket layer in the printing opacity, and preferably, pyrocondensation jacket layer 28 is to be made by the material contracting with heat of printing opacity.An outer sheathing layer 30 is preferably by plastic cement and makes, and is enclosed within tightly on the pyrocondensation jacket layer 28, so that protection and water-proof function to be provided.Should outer sheathing layer 30 also be that light transmissive material is made, the light that self-emission device 18 is launched can throw and penetrate pyrocondensation jacket layer 28 and outer sheathing layer 30.

The pyrocondensation jacket layer 28 that is coating ennation 12 provides defencive function, prevents that ennation 12 and light-emitting component 18 are damaged and protection against the tide.Therefore, ennation 12 surface is being coated by pyrocondensation jacket layer 28 and outer sheathing layer 30 simultaneously, gives ennation 12 and light-emitting component 18 splendid protection.

Except having defencive function, the pyrocondensation jacket layer also provides other functions.Fig. 3 shows first embodiment of the pyrocondensation jacket layer of the rope lamp structure that the utlity model has the pyrocondensation jacket layer.As shown in the figure, pyrocondensation jacket layer 28 comprises the colored sections 281～284 of a plurality of ring-types, its vertically permutation and combination become a pyrocondensation jacket layer 28.Colored section 281～284 alternative of ring-type are different colours, penetrate ring-type colour section 281～284 with convenient light source after, can become different colours.

Fig. 4 shows second embodiment of the pyrocondensation jacket layer of the rope lamp structure that the utlity model has the pyrocondensation jacket layer.This pyrocondensation jacket layer is indicated with Ref. No. 28 ', and it comprises a plurality of vertical colored region 291～294, and each vertical colored region both sides longitudinally is connected with another vertical colored region, to be combined into a pyrocondensation jacket layer.Vertically colored region 291～294 is a different colours, can become different colors when single light source penetrates vertical colored region 291～294.

Fig. 5 is the 3rd embodiment of pyrocondensation jacket layer that the utlity model has the rope lamp structure of pyrocondensation jacket layer.This pyrocondensation jacket layer is with Ref. No. 28 " indicated, be formed with the pattern of different colours on it, this pattern comprises colored region 311～313, it is different sizes and color, when single light source penetrates colored region 311～313, can become different colours.To knowing this skill person, when can be in pyrocondensation jacket layer 28 " go up the pattern that forms Any shape, size and color.

Each light-emitting component 18 is to insert in each pothole of ennation 12 with vertical direction in the previous embodiment, certainly also applicable to the headspace that light-emitting component 18 is placed ennation 12 in the mode of horizontal placement.

Below preferred embodiment of the present utility model is explained, all those skilled in the art work as can do other all improvement according to above-mentioned explanation, but in the claim that these changes still belong to the utility model to be defined.For example, pyrocondensation jacket layer 28 can be integrally formed with outer sheathing layer 30, to reduce the number of element.

Claims

1. rope lamp structure with pyrocondensation jacket layer, it includes an ennation, a plurality of light-emitting components, this light-emitting component is contained in the ennation, so that light source to be provided, it is characterized in that, cover is covered with jacket layer in one deck printing opacity on this ennation, jacket layer has different colors in this printing opacity, and the outer sheathing layer of a printing opacity, and it is enclosed within on the interior jacket layer of printing opacity tightly.

2. the rope lamp structure with pyrocondensation jacket layer as claimed in claim 1 is characterized in that, jacket layer is that material contracting with heat is made in this printing opacity.

3. the rope lamp structure with pyrocondensation jacket layer as claimed in claim 1 is characterized in that, jacket layer comprises the colored section of a plurality of ring-types in this printing opacity, and the colored section of this ring-type is a different colours, and permutation and combination forms jacket layer in the printing opacity vertically.

4. the rope lamp structure with pyrocondensation jacket layer as claimed in claim 1, it is characterized in that jacket layer comprises a plurality of vertical colored region in this printing opacity, it is a different colours, each vertical colored region both sides longitudinally is connected with another vertical colored region, to be combined into jacket layer in the printing opacity.

5. the rope lamp structure with pyrocondensation jacket layer as claimed in claim 1 is characterized in that, the pattern of different colours is arranged on the jacket layer in this printing opacity.

6. the rope lamp structure with pyrocondensation jacket layer as claimed in claim 1 is characterized in that, above-listed several potholes that are equipped with the space of this ennation, and each pothole can be ccontaining for a light-emitting component.

7. the rope lamp structure with pyrocondensation jacket layer as claimed in claim 6 is characterized in that, a groove is arranged on the surface of this ennation, extends along ennation; And wherein each light-emitting component has one first lead and one second lead, and this lead is contained in the groove.

8. the rope lamp structure with pyrocondensation jacket layer as claimed in claim 7 is characterized in that, first lead of each light-emitting component is connected to second lead of adjacent light-emitting component, forms tie point.

9. the rope lamp structure with pyrocondensation jacket layer as claimed in claim 7 is characterized in that this ennation is provided with a plurality of apertures, with ccontaining lead tie point.