CN203024052U

CN203024052U - Thin type colorful dynamic decorative lamp

Info

Publication number: CN203024052U
Application number: CN2012206595110U
Authority: CN
Inventors: 田耕; 何志能
Original assignee: Individual
Current assignee: Chenzhou Fenglin Photoelectric Co Ltd
Priority date: 2012-12-04
Filing date: 2012-12-04
Publication date: 2013-06-26
Anticipated expiration: 2022-12-04

Abstract

The utility model discloses a thin type colorful dynamic decorative lamp which comprises a first light guiding body. At least one first graphic area is arranged on the surface of the first light guiding body, and a first optical element array is arranged on the first graphic area in a presetting mode. A first light source is arranged on the end face which is different from the surface of the first light guiding body. The thin type colorful dynamic decorative lamp further comprises a light source control system, euphotic layers and a fixing frame. The light source control system is connected with the first light source and controls the first light source to give out light. The euphotic layers are respectively arranged on two side faces of the first light guiding body and enable the first light guiding body to be clamped between the euphotic layers. The fixing frame enables a euphotic protective layer, the first light guiding body, a euphotic reflecting layer to be sequentially stacked up integrally and to be fixed. Due to the fact that brightness, colors and graphs all can change in a dynamic mode, the thin type colorful dynamic decorative lamp has more expressive force, can draw more attention of customers compared with common products, and the additional value of the lamp is improved. A luminous body is in an ultrathin structure, a space which is needed to achieve the function is very small, and energy consumption is low.

Description

A kind of slim colorful dynamic ornamentation lamp

Technical field

The utility model relates to the ornament lamp technical field, especially a kind of slim colorful dynamic ornamentation lamp.

Background technology

Present ornament lamp prodigiosin has the few of dynamic change effect function, is all some expensive goods vicissitudinous functions of ability and the variation that can only realize color, and wants to realize in same zone that different graphic change does not have.And the dynamic change of traditional light fixture, be to become various dynamic patterns by combination of light sources, thereby only rely on the combination of illuminating source or the dynamic effect that arrangement obtains, because quantity of light source is many, cause consumption large, and if some light source damage, so just can't realize the decorative effect of lamp.

The utility model content

The purpose of this utility model is to overcome the technical problem of prior art, and a kind of slim colorful dynamic ornamentation lamp is provided.

For realizing above purpose, the utility model has been taked following technical scheme: a kind of slim colorful dynamic ornamentation lamp, include the first light conductor, the first light conductor surface is provided with at least one first graphics field, default the first array of optical elements on the first graphics field, with the different end face in the first light conductor surface on be provided with the first light source, also comprise the light-source control system that is connected and controls the first light source luminescent with the first light source; Also include photic zone, photic zone is placed in respectively the first light conductor two sides, and the first light conductor is sandwiched in therebetween; Also comprise fixed frame, it stacks one and fixing successively with light transmission protective layer, the first light conductor, printing opacity reflecting layer.

The shape of light conductor can be according to actual adjustment, a plurality of graphics fields by the light conductor surface, and the array of optical elements on the graphics field, light source makes array of optical elements luminous, and the utility model not only can be realized the variation of color, and can make the pattern that decorative lamp shows also can mobilism, so dynamic bind of color and figure, can bring novel experience to the consumer so that lamp decoration product embodies in riotous profusion variation effect, promote the atmosphere class of institute's decoration places.

Also include the second light conductor; the second light conductor surface is provided with at least one second graph zone; default the second array of optical elements on the second graph zone; with the different end face in the second light conductor surface on be provided with secondary light source; the second light conductor be located between the first light conductor and light transmission protective layer or the first light conductor and printing opacity reflecting layer between, described fixed frame stacks one and fixing with two photic zones, the first light conductor, the second light conductor.

Described the first light source and secondary light source are LED light source.

Described photic zone comprises light transmission protective layer and/or printing opacity reflecting layer, and light transmission protective layer and/or printing opacity reflecting layer are placed in respectively the both sides of the first light conductor, or, be placed in respectively the both sides of the first light conductor and the second light conductor.

Light fixture contains at least one deck with the light conductor of figure, every one deck light conductor is furnished with the light source of at least a color, the light source of every kind of color carries out with certain sequential the control that brightness changes according to design by the control system of light fixture itself, also can control by information medias such as wired, wireless networks the variation of each color light source, to embody user's oneself preference, finally make the decorated style that forms brightness, color and figure dynamic mapping in the light fixture envelop of function.

The utility model compared with prior art has following advantage: because brightness, color, figure can change dynamically, so the relatively common product of this decorative lamp has more expressive force, more can attract consumer's attention, promote the added value of light fixture.Illuminator is superthin structure, realizes that this function needed space is very little, and energy consumption is extremely low.

Description of drawings

Fig. 1 is the slim colorful dynamic ornamentation modulated structure schematic diagram of the utility model;

Fig. 2 is the light-source control system schematic diagram.

The specific embodiment

Below in conjunction with the drawings and specific embodiments, content of the present utility model is described in further details.

Embodiment one:

See also Fig. 1 to shown in Figure 3, a kind of slim colorful dynamic ornamentation lamp, include the first light conductor 1, the first light conductor 1 surface is provided with at least one first graphics field 11, default the first array of optical elements 12 on graphics field 11, with the different end face in the first light conductor 1 surface on be provided with the first light source 13, also comprise being connected with the first light source 13 and controlling the luminous light-source control system 4 of the first light source 13; Also include light transmission protective layer 2 and printing opacity reflecting layer 3, light transmission protective layer 2 and printing opacity reflecting layer 3 are placed in respectively the first light conductor 1 two sides, and the first light conductor 1 is sandwiched in therebetween; Also comprise fixed frame 5, it stacks one and fixing successively with light transmission protective layer 2, the first light conductor 1, printing opacity reflecting layer 3.First array of optical elements 12 of the present embodiment is the enlarged diagram in corresponding graphics field, and the graphics field is arranged by a plurality of optical microstructures and formed, and the height of its density can affect the shading value of the picture of publishing picture.Reflecting layer and protective layer as decorative lamp; as the used time of doing in reflecting layer; the light of luminous pattern on light conductor can be reflected to another side; to increase the brightness of another side; can select as required dress as protective layer; its material can printing opacity, such as and be not limited to glass, plastic plate, screen cloth, braid, paper-like materials etc.

The first light source 13 can be the light source of LED or other types, and there is the light source of at least a color the side of each light conductor, and the light source of every kind of color is controlled its luminous brightness by light-source control system 4, to adjust the bright dark and color of figure.

The light-source control system 4 of this light fixture, it is built-in with controls IC to control the shading value of each color light source, to realize dynamic brightness and color change.Control system also can be accepted by sensor, various wireless points networks, the control signal that analog switch etc. sends.Light-source control system 4 realizations own are existing more common technology, therefore are not described in detail in this.

light conductor in the present embodiment is to be that the patent No. of applying on June 27th, 2012 according to the applicant is 201210217175.9, patent name is 201210303606.3 for the utility model patent of " a kind of be used to producing with the method for the metal substrate of patterning optical element structure and realizing the device of the method collision process " in conjunction with the patent No. of application on August 23rd, 2012, patent name obtains for the utility model patent preparation method of " a kind of with patterned planar luminous body implementation method and the graphical luminous device of realization ", at first obtain metal substrate, its scheme is:

A kind of method made from the metal substrate of patterning optical element structure comprises the following steps:

Step 1: substrate is placed on platform default collision pattern in information processing system;

Step 2: according to the coordinate position and the size that form default collision pattern in information processing system, control the relative motion of impact oscillation device and substrate, and make the impact oscillation device clash into substrate, obtain meeting the collision cell structure of default collision pattern on substrate;

Or the laser instrument of wavelength greater than 335 nanometers is connected with information processing system, according to the coordinate position and the size that form default collision pattern in information processing system, control the relative motion of laser instrument and substrate, and make laser instrument with the pulse frequency bombardment substrate surface higher than 15KHZ, the one or more micro-structures of one or more pulse generate obtain meeting default collision cell structure of colliding pattern on substrate;

Step 3: by the surface deposition metal of metal deposition process with substrate, after reaching predetermined thickness, carry out separating of metal level and substrate, obtain the metal duplicate of substrate or speculum as duplicate, the metal duplicate of this substrate or speculum are formed with the micro-structural of the array of optical elements corresponding with the collision cell structure as the duplicate surface.

After obtaining said metal substrates (metal cavityplate), " a kind of with patterned planar luminous body implementation method " obtains LGP by technical scheme, and its concrete steps are as follows:

Step 1, on the metal cavityplate, with micro optical element, micro optical element is arranged to be integrated on the metal cavityplate according to pre-provisioning request and is formed graph outline;

Step 2 is placed in plastic plate on the metal cavityplate;

Step 3 is respectively from the top down for the surface of plastic plate, the surface for the metal cavityplate applies predetermined pressure and predetermined temperature from bottom to top;

Step 4 is separated the metal cavityplate with plastic plate, make graph outline transcription on the metal cavityplate to transparent plastic sheet, forms the printing opacity light conductor (being the first light conductor 1, the second light conductor 6) with graphical optical element; Micro optical element transcription on the metal cavityplate forms transparent optical element structure (being the first array of optical elements 12, the second array of optical elements 62) to the printing opacity light conductor; Transcription in the utility model, its implication is: by predetermined pressure and predetermined temperature, use the metal cavityplate with micro-structural to remove to push light conductor, make the micro-structural shape of metal cavityplate be copied to the squeezed pressure surface of light conductor, form complementary structure;

Step 5 makes luminous energy be injected into the printing opacity light conductor, and light penetrates the printing opacity light conductor at the position that optical element structure is arranged, and forms visible luminous pattern on the printing opacity light conductor.

Embodiment two:

also include the second light conductor 6 on the basis of embodiment one, the second light conductor 6 surfaces are provided with at least one second graph zone 61, default the second array of optical elements 62 on second graph zone 61, with the different end face in the second light conductor 6 surface on be provided with secondary light source 63, the second light conductor 6 be located between the first light conductor 1 and light transmission protective layer 2 or the first light conductor 1 and printing opacity reflecting layer 3 between, fixed frame 5 is with light transmission protective layer 2, the first light conductor 1, the second light conductor 6, printing opacity reflecting layer 3 stacks one and fixing or with light transmission protective layer 2 successively, the second light conductor 6, the first light conductor 1, printing opacity reflecting layer 3 stacks one and fixing successively.First array of optical elements 12 of the present embodiment and the second array of optical elements 62 are the enlarged diagram in corresponding graphics field, and the graphics field is arranged by a plurality of optical microstructures and formed, and the height of its density can affect the shading value of the picture of publishing picture.

Secondary light source 63 can be the light source of LED or other types, and there is the light source of at least a color the side of each light conductor, and the light source of every kind of color is controlled its luminous brightness by light-source control system 4, to adjust the bright dark and color of figure.

Embodiment three:

The present embodiment and embodiment one difference be, the present embodiment all arranges light transmission protective layer 2 in the first light conductor 1 both sides.

Embodiment four:

The present embodiment and embodiment two differences are, the present embodiment all arranges light transmission protective layer 2 at the first light conductor 1 and the second light conductor 6 both sides.

Above-listed detailed description is that this embodiment limits the scope of the claims of the present utility model for the illustrating of the utility model possible embodiments, and does not allly break away from the equivalence that the utility model does and implements or change, all should be contained in the scope of the claims of this case.

Claims

1. slim colorful dynamic ornamentation lamp, it is characterized in that: include the first light conductor (1), the first light conductor (1) surface is provided with at least one first graphics field (11), upper default the first array of optical elements (12) in the first graphics field (11), with the different end face in the first light conductor (1) surface on be provided with the first light source (13), also comprise being connected with the first light source (13) and controlling the luminous light-source control system (4) of the first light source (13); Also include photic zone, photic zone is placed in respectively the first light conductor (1) two sides, and the first light conductor (1) is sandwiched in therebetween; Also comprise fixed frame (5), it stacks one and fixing successively with photic zone, the first light conductor (1), printing opacity reflecting layer (3).

2. slim colorful dynamic ornamentation lamp as claimed in claim 1, it is characterized in that: also include the second light conductor (6), the second light conductor (6) surface is provided with at least one second graph zone (61), upper default the second array of optical elements (62) in second graph zone (61), with the different end face in the second light conductor (6) surface on be provided with secondary light source (63), the second light conductor (6) is located at the first light conductor (1) and wherein between a photic zone, described fixed frame (5) is with two photic zones, the first light conductor (1), the second light conductor (6) stacks one and fixing.

3. slim colorful dynamic ornamentation lamp as claimed in claim 1 or 2, it is characterized in that: described the first light source (13) and secondary light source (63) are LED light source.

4. slim colorful dynamic ornamentation lamp as claimed in claim 1 or 2; it is characterized in that: described photic zone comprises light transmission protective layer (2) and/or printing opacity reflecting layer (3); light transmission protective layer (2) and/or printing opacity reflecting layer (3) are placed in respectively the both sides of the first light conductor (1); or, be placed in respectively the both sides of the first light conductor (1) and the second light conductor (6).