CN205101981U

CN205101981U - A module is fixed to lamp decoration for colored metal pattern

Info

Publication number: CN205101981U
Application number: CN201520909235.2U
Authority: CN
Inventors: 陈琰
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-11-16
Filing date: 2015-11-16
Publication date: 2016-03-23
Anticipated expiration: 2025-11-16

Abstract

The utility model relates to a module is fixed to lamp decoration for colored metal pattern. The fixed module of lamp decoration is including being used for fixing the luminous one end optic fibre centre gripping of optic fibre possesses A, is used for fixing one end optic fibre centre gripping utensil B, reflector, optic fibre and the light source of light are gone into to optic fibre, and optic fibre centre gripping utensil A presses close to to be equipped with the basic plane installation in lamp decoration hole, and the reflector is connected with optic fibre centre gripping utensil B, and the light source is installed in the reflector, adopt 3D design software, the software development of pepakura designer to be used for the drawing of etching, carry out the etching through the etching drawing to foil to the combination forms with bending on the etch slide. It can conduct to model surface's relevant position through a large amount of light conducting fiber installing in the inside single light emitting source of model, the process having saved the repeated installation LED lamp pearl of the colored modelling in -process of metal and linked the wire for colored model surface arranges a large amount of pointolite enables at the metal.

Description

A kind of lamp decoration stuck-module for chromatic metallic model

Technical field

The utility model belongs to metal pattern manufacturing technology, particularly a kind of lamp decoration stuck-module for chromatic metallic model and preparation method thereof.

Background technology

Along with improving constantly of modelling technique and consumers' aesthetic.Mold product only cannot satisfy the demands of consumers with moulding and surface color and polish application.For model, gorgeous lighting effects are installed and have become a trend when drag industry.

For model, lighting effects are installed the outward appearance authenticity of lift scheme and product specification are played an important role.And model on the market generally realizes lighting effects by mounting points light source on model.The main source of spot light is LED lamp bead.Its shortcoming is that each luminous point of model surface needs installation one LED lamp pearl, and every lamp pearl needs again corresponding wire to provide power supply.Relatively be applicable to the model that there is sufficient space the less and inside of surface light emitting point, as the LED lamp bead of conventional spot light due to the restriction of own dimensions, the large quantity of model surface cannot be met, the demand of the intensive lighting effects in position.More cannot install along the arrangement that the profile of area source is intensive.LED lamp bead installs increasing of quantity can make model inside produce a large amount of wires, also increases energy consumption while adding manufacturing cost.

Summary of the invention

The utility model, for above-mentioned the deficiencies in the prior art, proposes a kind of lamp decoration stuck-module for chromatic metallic model.The utilization of lamp decoration stuck-module simplifies can the manufacturing process of shining color non-ferrous metal model and mounting process, and reducing can shining color non-ferrous metal model self energy consumption; Adding can the outward appearance authenticity of shining color non-ferrous metal model, also improves the class of model simultaneously.

The technical scheme that the utility model technical solution problem is taked is:

First aspect, a kind of lamp decoration stuck-module for chromatic metallic model, described chromatic metallic model comprises some plane institution movements and angle supporting surface, described plane institution movement is made up of basic plane and joint face, described joint face is provided with buckle B and buckle A or draw-in groove A or described joint face and is provided with buckle B and buckle A or draw-in groove A and screw hole or nut locating slot and adds screw hole, cooperatively interacted by buckle A corresponding on joint face and draw-in groove A and to be connected or buckle A and draw-in groove A cooperatively interact and to be connected and screw hole and nut locating slot are added screw hole and to be cooperatively interacted by screw nut and to fix and the buckle B of the joint face draw-in groove B corresponding with angle supporting surface cooperatively interacts and be formed by connecting, and the basic plane at least had described in is provided with the lamp decoration hole for arranging lamp decoration, described lamp decoration is the spot light by optical fiber light-guiding, described lamp decoration stuck-module comprises optical fiber clamping tool A, optical fiber clamping tool B, reflection shield, optical fiber and light source, described optical fiber clamping tool A is used for one end of fixing described optical fiber luminescent, the basic Plane Installation in lamp decoration hole is provided with described in described optical fiber clamping tool A presses close to, described optical fiber clamping tool B is used for one end of fixing described optical fiber light inlet, described reflection shield is connected with described optical fiber clamping tool B, and described light source is installed in reflection shield.

Described optical fiber clamping tool A comprises intermediate plate AA and intermediate plate AB, described optical fiber clamping tool B comprises intermediate plate BA and intermediate plate BB, described intermediate plate AA and intermediate plate AB are provided with and arrange consistent optic fibre hole with described lamp decoration hole, described intermediate plate BA and intermediate plate BB is provided with optic fibre hole, the aperture of described optic fibre hole and the equal diameters of described optical fiber, make described optical fiber just in time can penetrate in described optic fibre hole, described intermediate plate AA is provided with upper hem, lower hem, left folding limit and right folding limit, upper hem is provided with nut locating slot and adds screw hole, lower hem, left folding limit and right folding limit are provided with draw-in groove E, described intermediate plate AB is provided with upper hem, upper hem is provided with the screw hole adding screw hole with nut locating slot set by described intermediate plate AA upper hem and match, bottom and left and right edges are provided with and described intermediate plate AA lower hem, the buckle E that set by left folding limit and right folding limit, draw-in groove E matches, set by described intermediate plate AB bottom and left and right edges, buckle E buckles into described intermediate plate AA lower hem, draw-in groove E set by left folding limit and right folding limit and superimposed time, have between the upper hem of described intermediate plate AA with the upper hem of described intermediate plate AB width be described fibre diameter with the gap of the difference of described fiber core diameter and the optic fibre hole one_to_one corresponding of the optic fibre hole of described intermediate plate AA and described intermediate plate AB and the center of circle overlap, described intermediate plate AA and intermediate plate AB folds merga pass screw when nut locating slot set by described intermediate plate AA upper hem adds that set by screw hole and described intermediate plate AB upper hem, screw hole is fixed, the optic fibre hole of described intermediate plate AA and the optic fibre hole one_to_one corresponding of described intermediate plate AB but the center of circle offset, distance between two centers of circle is the difference of described fibre diameter and described fiber core diameter, described intermediate plate BA is provided with upper hem, lower hem, left folding limit and right folding limit, upper hem is provided with nut locating slot and adds screw hole, lower hem, left folding limit and right folding limit are provided with draw-in groove F, described intermediate plate BB is provided with upper hem, upper hem is provided with the screw hole adding screw hole with nut locating slot set by described intermediate plate BA upper hem and match, bottom and left and right edges are provided with and described intermediate plate BA lower hem, the buckle F that set by left folding limit and right folding limit, draw-in groove F matches, set by described intermediate plate BB bottom and left and right edges, buckle F buckles into described intermediate plate BA lower hem, draw-in groove F set by left folding limit and right folding limit and superimposed time, have between the upper hem of described intermediate plate BA with the upper hem of described intermediate plate BB width be described fibre diameter with the gap of the difference of described fiber core diameter and the optic fibre hole one_to_one corresponding of the optic fibre hole of described intermediate plate BA and described intermediate plate BB and the center of circle overlap, described intermediate plate BA and intermediate plate BB folds merga pass screw when nut locating slot set by described intermediate plate BA upper hem adds that set by screw hole and described intermediate plate BB upper hem, screw hole is fixed, the optic fibre hole of described intermediate plate BA and the optic fibre hole one_to_one corresponding of described intermediate plate BB but the center of circle offset, distance between two centers of circle is the difference of described fibre diameter and described fiber core diameter.

As preferably, described reflection shield is hollow rectangular pyramid, and top is provided with the hole for installing light source, and bottom surface is provided with and arranges consistent optic fibre hole with optic fibre hole set on intermediate plate BA.

As preferably, the left folding limit of the intermediate plate AA of described optical fiber clamping tool A and right folding limit are equipped with buckle G, and described optical fiber clamping tool A is cooperatively interacted by buckle G and draw-in groove G set on angle supporting surface and is connected and makes the lamp decoration hole one_to_one corresponding of the optic fibre hole of described intermediate plate AA and the basic plane of layout lamp decoration and the center of circle overlaps.

As preferably, the upper hem of the intermediate plate BA of described optical fiber clamping tool B, lower hem, left folding limit and right folding limit are equipped with buckle H, and described reflection shield bottom periphery is provided with the draw-in groove H matched with buckle H; Described optical fiber clamping tool B to be cooperatively interacted with the draw-in groove H of described reflection shield by buckle H and is connected.

Second aspect, a kind of according to first aspect for the preparation method of the lamp decoration stuck-module of chromatic metallic model, comprise the following steps:

(1) draws intermediate plate AA by 3D design software with reference to being provided with the position shape of basic plane in lamp decoration hole, the arrangement of lamp decoration hole and the angle supporting surface spacing dimension that is connected with described basic plane, described intermediate plate AA have with lamp decoration hole set by described basic plane one to one optic fibre hole, and angle supporting surface on set by the corresponding buckle G of draw-in groove G and draw-in groove E, nut locating slot add screw hole;

(2) intermediate plate AB is drawn by 3D design software with reference to intermediate plate AA, the difference of described intermediate plate AB longitudinal size described fibre diameter less of intermediate plate AA and described fiber core diameter, described intermediate plate AB have with optic fibre hole set by described intermediate plate AA one to one optic fibre hole, with described intermediate plate AA set by draw-in groove and E nut locating slot add the corresponding buckle E of screw hole and screw hole;

(3) draw intermediate plate BA by 3D design software, described intermediate plate BA shape is identical with described intermediate plate AA with structure, and size is corresponding to be reduced, and described intermediate plate BA has the optic fibre hole consistent with optic fibre hole number set by described intermediate plate AA; And buckle H is all set on the upper hem of described intermediate plate BA, lower hem, left folding limit and right folding limit, lower hem is arranged draw-in groove F, upper hem arranges nut locating slot and adds screw hole;

(4) intermediate plate BB is drawn by 3D design software with reference to intermediate plate BA, the difference of described intermediate plate BB longitudinal size described fibre diameter less of intermediate plate BA and described fiber core diameter, described intermediate plate BB have with optic fibre hole set by described intermediate plate BA one to one optic fibre hole, with described intermediate plate BA set by draw-in groove F and nut locating slot add the corresponding buckle F of screw hole and screw hole;

(5) draw a rectangular pyramid reflection shield by 3D design software, carry out perforate at its top, the size in described hole determines according to light source used; Described rectangular pyramid reflection shield bottom surface has and arranges consistent optic fibre hole with optic fibre hole set on intermediate plate BA, and periphery has the draw-in groove H corresponding with buckle H set on the upper hem of described intermediate plate BA, lower hem, left folding limit and right folding limit;

(6) intermediate plate AA, intermediate plate AB, light, intermediate plate BA, intermediate plate BB and rectangular pyramid reflection shield 3D figure are exported as OBJ form;

(7) with the obj file that " PepakuraDesigner " software opening steps (6) is derived, click " Unfold " button, in the Option Box jumped out, arrange moulded dimension, click " OK " button, 3D mathematical model is expanded into the figure of plane by software automatically; Derived after typesetting;

(8) by level design software, the file that step (7) derives being edited, making the drawing for etching;

(9) by etching drawing, sheet metal is etched, each plane is taken off also bending from etch slide and forms intermediate plate AA, intermediate plate AB, light, intermediate plate BA, intermediate plate BB and reflection shield;

(10) light source is installed with in reflection shield;

(11) buckle E set by described intermediate plate AB lower edge is buckled into draw-in groove E set by described intermediate plate AA lower hem and superimposed, the optic fibre hole of described intermediate plate AA with the optic fibre hole one_to_one corresponding of described intermediate plate AB and the center of circle overlap, get the optical fiber that radical is equal with optical fiber hole count, optic fibre hole is inserted one by one in its one end, screw is added screw hole set by screw hole and described intermediate plate AB upper hem through nut locating slot set by described intermediate plate AA upper hem to be tightened fixing, make described intermediate plate AB generation one apart from the displacement of the difference for described fibre diameter and described fiber core diameter, thus this one end of optical fiber is clamped, buckle F set by described intermediate plate BB lower edge is buckled into draw-in groove F set by described intermediate plate BA lower hem and superimposed, the optic fibre hole of described intermediate plate BA with the optic fibre hole one_to_one corresponding of described intermediate plate BB and the center of circle overlap, the other end of described optical fiber is inserted optic fibre hole one by one, screw is added screw hole set by screw hole and described intermediate plate BB upper hem through nut locating slot set by described intermediate plate BA upper hem to be tightened fixing, make described intermediate plate BB generation one apart from the displacement of the difference for described fibre diameter and described fiber core diameter, thus this one end of optical fiber is clamped, buckle H set on the upper hem of described intermediate plate BA, lower hem, left folding limit and right folding limit is buckled into set by rectangular pyramid reflection shield bottom periphery draw-in groove H fixed.

3rd aspect; the chromatic metallic model of a kind of application lamp decoration stuck-module as described in first aspect; described lamp decoration stuck-module comprises optical fiber clamping tool A, optical fiber clamping tool B, reflection shield, optical fiber and light source, and install light source in described reflection shield, described reflection shield is fixed in chromatic metallic model; One end of described optical fiber luminescent is fixed with described optical fiber clamping tool A, buckle G set on the left and right flanging of the intermediate plate AA of described optical fiber clamping tool A and draw-in groove G set on angle supporting surface are cooperatively interacted and is connected and makes the lamp decoration hole one_to_one corresponding of the optic fibre hole of described intermediate plate AA and the basic plane of layout lamp decoration and the center of circle overlaps, the light transmission lamp decoration hole of optical fiber luminescent one end is showed; One end of described optical fiber light inlet is fixed with described optical fiber clamping tool B, buckle H set on the flanging up and down of the intermediate plate BA of described optical fiber clamping tool B and left and right flanging and draw-in groove H set by reflection shield bottom periphery are cooperatively interacted and is connected and makes the optic fibre hole of described intermediate plate BB with the optic fibre hole one_to_one corresponding of reflection shield bottom surface and the center of circle overlaps, make optical fiber light inlet one end pass the optic fibre hole of reflection shield bottom surface and obtain the light that reflection shield inner light source sends.

Adopt described lamp decoration stuck-module, the principle of optical fiber light-guiding can be utilized to be installed on the inner single light emitting source of model and to be conducted to by light by a large amount of light-conductive optic fibre the relevant position of model surface, eliminate in color metal modelling process the operation repeating mounted LED lamp bulb and link wire.Make to arrange that a large amount of spot light becomes possibility at color metal model surface.Simultaneously EL cold light film is installed as area source in model inside, is combined by the utility model technology, spot light can be realized and area source connected applications lamp decoration is arranged, as light source of punctuating in model surface area source profile dense arrangement one.The utilization of this lamp decoration stuck-module simplifies can the manufacturing process of luminescent metal color model and mounting process, reduces self energy consumption of product, adds the outward appearance authenticity of model, also improve the class of product simultaneously.

Accompanying drawing explanation

Fig. 1 is the utility model lamp decoration stuck-module example structure schematic diagram.

Fig. 2 is that in Fig. 1, optical fiber clamping tool B and reflection shield cooperatively interact the structural representation be connected.

Fig. 3 is intermediate plate AA structural representation in the lamp decoration of the utility model shown in Fig. 1 stuck-module embodiment.

Fig. 4 is intermediate plate AB structural representation in the lamp decoration of the utility model shown in Fig. 1 stuck-module embodiment.

Fig. 5 is intermediate plate BA structural representation in the lamp decoration of the utility model shown in Fig. 1 stuck-module embodiment.

Fig. 6 is intermediate plate BB structural representation in the lamp decoration of the utility model shown in Fig. 1 stuck-module embodiment.

Fig. 7 is Reflecting shade structure schematic diagram in the lamp decoration of the utility model shown in Fig. 1 stuck-module embodiment.

Fig. 8 is the chromatic metallic model embodiment structural representation of the stuck-module of the utility model lamp decoration shown in application drawing 1.

In figure: 1-intermediate plate AA, 2-intermediate plate AB, 3-intermediate plate BA, 4-intermediate plate BB, 5-reflection shield, 6-optical fiber, 7-LED light source, 11, 12, 13 and 14 are respectively the upper hem on intermediate plate AA, lower hem, left folding limit and right folding limit, 15-optic fibre hole, 16 nut locating slots add screw hole, 161-screw hole, 17-buckle G, 171-draw-in groove G, 18-draw-in groove E, 181-buckle E, upper hem on 21-intermediate plate AB, 31, 32, 33 and 34 are respectively the upper hem on intermediate plate BA, lower hem, left folding limit and right folding limit, 35-buckle H, 351-draw-in groove H, 36-draw-in groove F, 361-buckle F, upper hem on 41-intermediate plate BB, the bottom surface of 51-reflection shield, the hole at 52-reflection shield top, the basic plane of 801-, 802-joint face, 803-angle supporting surface.

Below in conjunction with drawings and Examples, the utility model is further described.

Detailed description of the invention

Embodiment 1: a kind of lamp decoration stuck-module.

As shown in Figures 1 to 7, comprise optical fiber clamping tool A, optical fiber clamping tool B, reflection shield 5, optical fiber 6 and LED light source 7, optical fiber clamping tool A comprises intermediate plate AA1 and intermediate plate AB2, intermediate plate AA1 and intermediate plate AB2 is provided with optic fibre hole 15, intermediate plate AA1 is provided with upper hem 11, lower hem 12, left folding limit 13 and right folding limit 14, upper hem is provided with nut locating slot and adds screw hole 16, lower hem 12, left folding limit 13 and right folding limit 14 are provided with draw-in groove E18, intermediate plate AB2 is provided with upper hem 21, upper hem 21 is provided with the screw hole 161 adding screw hole 16 with nut locating slot set by intermediate plate AA1 upper hem 11 and match, bottom and left and right edges are provided with and intermediate plate AA1 lower hem 12, the buckle E181 that set by left folding limit 13 and right folding limit 14, draw-in groove E18 matches, set by intermediate plate AB2 bottom and left and right edges, buckle E181 buckles into intermediate plate AA1 lower hem 12, draw-in groove E18 set by left folding limit 13 and right folding limit 14 and superimposed time, have between the upper hem 11 of intermediate plate AA1 with the upper hem 21 of intermediate plate AB2 width be fibre diameter with the gap of the difference of fiber core diameter and optic fibre hole 15 one_to_one corresponding of the optic fibre hole 15 of intermediate plate AA1 and intermediate plate AB2 and the center of circle overlap, one end of optical fiber 6 is inserted optic fibre hole 15 one by one, screw is added screw hole 161 set by screw hole 16 and intermediate plate AB2 upper hem 21 through nut locating slot set by intermediate plate AA1 upper hem 11 to be tightened fixing, make intermediate plate AB2 generation one apart from the displacement of the difference for fibre diameter and fiber core diameter, thus this one end of optical fiber 6 is clamped, the left folding limit 13 of the intermediate plate AA1 of optical fiber clamping tool A and right folding limit 14 are equipped with buckle G17, and buckle G17 is used for coordinating with the draw-in groove G171 of the angle supporting surface 803 of model inside fixing.Optical fiber clamping tool B is used for one end of fixed fiber light inlet, optical fiber clamping tool B comprises intermediate plate BA3 and intermediate plate BB4, intermediate plate BA3 and intermediate plate BB4 is provided with optic fibre hole 15, intermediate plate BA3 is provided with upper hem 31, lower hem 32, left folding limit 33 and right folding limit 34, upper hem 31 is provided with nut locating slot and adds screw hole 16, lower hem 32, left folding limit 33 and right folding limit 34 are provided with draw-in groove F36, intermediate plate BB4 is provided with upper hem 41, upper hem 41 is provided with the screw hole 161 adding screw hole 16 with nut locating slot set by intermediate plate BA3 upper hem 31 and match, bottom and left and right edges are provided with and intermediate plate BA3 lower hem 32, the buckle F361 that set by left folding limit 33 and right folding limit 34, draw-in groove F36 matches, set by intermediate plate BB4 bottom and left and right edges, buckle F363 buckles into intermediate plate BA3 lower hem 32, draw-in groove F36 set by left folding limit 33 and right folding limit 34 and superimposed time, have between the upper hem 31 of intermediate plate BA3 with the upper hem 41 of intermediate plate BB4 width be fibre diameter with the gap of the difference of fiber core diameter and optic fibre hole 15 one_to_one corresponding of the optic fibre hole 15 of intermediate plate BA3 and intermediate plate BB4 and the center of circle overlap, the other end of optical fiber 6 is inserted optic fibre hole 15 one by one, screw is added screw hole 161 set by screw hole 16 and intermediate plate BB4 upper hem 41 through nut locating slot set by intermediate plate BA3 upper hem 31 to be tightened fixing, make intermediate plate BB4 generation one apart from the displacement of the difference for fibre diameter and fiber core diameter, thus this one end of optical fiber 6 is clamped.Described reflection shield 5 is hollow rectangular pyramid, and top is provided with the hole 52 for installing LED light source 7, and bottom surface 51 is provided with and arranges consistent optic fibre hole 15 with optic fibre hole 15 set on intermediate plate BA3; The upper hem 31 of intermediate plate BA3, lower hem 32, left folding limit 33 and right folding limit 34 are equipped with buckle H35, and reflection shield 5 bottom surface 51 periphery is provided with the draw-in groove H351 matched with buckle H35; Optical fiber clamping tool B to be cooperatively interacted with the draw-in groove H351 of reflection shield 5 by buckle H35 and is connected.LED light source 7 is installed in reflection shield 5 by the hole 52 at reflection shield 5 top.

Fig. 8 is the luminescent metal cube model of this lamp decoration stuck-module of application, it comprises basic plane 801, joint face 802 and angle supporting surface 803, joint face 802 is provided with buckle B and buckle A or draw-in groove A and screw hole 161 or nut locating slot and adds screw hole 16, cooperatively interacted by buckle A corresponding on joint face 802 and draw-in groove A and to be connected and screw hole 161 and nut locating slot are added screw hole 16 and to be cooperatively interacted by screw nut and to fix and the buckle B of the joint face 802 draw-in groove B corresponding with angle supporting surface 803 cooperatively interacts and be formed by connecting, and the basic plane 801 with is provided with the lamp decoration hole for arranging lamp decoration, in lamp decoration stuck-module, on the left folding limit 13 of the intermediate plate AA1 of optical fiber clamping tool A and right folding limit 14, set buckle G17 coordinates with the draw-in groove G171 of angle supporting surface 803 and fixes.The light that LED light source 7 is sent extremely arranges the basic plane 801 of lamp decoration by fiber optic conduction.

Embodiment 2: the making of the luminescent metal cube model of application lamp decoration stuck-module.

(1) the cube 3D mathematical model after putting in order, the long 200mm of cube, wide 200mm, high 200mm is imported with 3DSMAX software.

(2) cube 3D mathematical model is chosen, click right button, select " be converted to and can edit polygon ", transferred to after can editing polygon and being chosen " polygon " in " can the polygon be edited " modifier in the window upper right corner, cube 3D mathematical model surface hit left button, choose need install light in the face of its carry out the Break Apart command.Become independently object.

(3) click the Create button in the window upper right corner, select " figure ", " line transect "; Then above window, right button is clicked at " capture switch " place, " at most " and " face " is ticked in " grid and trap setting "; Then close setting, click " capture switch " and open capture function; Use " line " instrument of " line transect " in step (2), be separated into the T character wheel exterior feature of the facing surface rendering wide 96mm of long 96mm of standalone object; Then using " circle " instrument of " line transect " inside and outside T character wheel exterior feature, create two row's diameters is respectively the circular contour of 1mm, and the diameter of circular contour is identical with the light-conductive optic fibre diameter of use.

(4) the T character wheel choosing step (3) to create is wide, clicks right button, selects " adding ", is attached to together by the circular contour that step (3) creates.

(5) choose the facing being separated into standalone object in step (2), click the upper right corner " establishment ", find " solid ", select " composite object ", choose " figure merging " button; Left button chooses step (4) to be attached to the wide and circular contour of T character wheel together, and its profile is merged with the facing be separated; By " clone " function, the facing after merging is copied portion; The rounded face of literal for T profile surrounding is also deleted by the literal deletion of T of a copy of it facing inside, to be merged with the cube 3D mathematical model be separated by " adding " function.The hole perforate of model surface light completes.The rounded face of another part of facing inside is all deleted as optic fibre hole, then for subsequent use.

(6) choose the facing with optic fibre hole that step (5) is for subsequent use, click right button, select " clone ", be copied into 2 parts by " clone " function; A copy of it is chosen, click right, together with being attached to cube 3D mathematical model by " adding " function.All the other 1 part is done for subsequent use.

(7) choose step (6) for quadrilateral surface for subsequent use, open " capture switch " above window, by being less than four limit body line transects of its profile at its surface rendering, by " figure merging " function, its size is cut to the wide 117mm of long 117mm, the dimensional requirement after cutting is less than inner two the angle supporting surface spacing dimensions (this model spacing is 138mm) of model; Copy portion with the quadrilateral surface in light hole by " clone " function by after cutting, two quadrilateral surfaces are used for for subsequent use.

(8) choose step (7) one of them for quadrilateral surface for subsequent use, create two bottom side length 117mm by " line transect " instrument respectively at its top margin and base, the long 97mm of top margin, high 10mm, the trapezoidal flanging of hypotenuse angle 45 degree; Install and add screw hole with the trapezoidal flanging of quadrilateral surface top margin with nut locating slot, install with the trapezoidal flanging on quadrilateral surface base with two draw-in grooves, the width requirement of draw-in groove and the sheet metal consistency of thickness (this model is 0.3mm) of use; Drawn the rectangle flanging of two wide 15mm of long 138mm respectively at two sides of quadrilateral surface by " line transect " instrument, this flanging is with buckle and draw-in groove, rectangle flanging length requirement is consistent with inner two the angle supporting surface spacing dimensions of model, the width requirement of draw-in groove and the sheet metal consistency of thickness (this model is 0.3mm) of use.As intermediate plate AA after completing.

(9) choose step (7) wherein another for quadrilateral surface for subsequent use.Use " line transect " instrument along top margin at its surface rendering long 117mm, the rectangle wire frame of wide 0.5mm; By " figure merging " function, the size of quadrilateral surface is cut to the wide 116.5mm of long 117mm, the cutting of quadrilateral surface top margin is of a size of the size (this model uses fibre external diameters to be 1mm, and internal diameter is 0.5mm) of used light-conductive optic fibre external diameter minus internal diameter; Create a bottom side length 117mm, the long 97mm of top margin, high 10mm, the trapezoidal flanging of hypotenuse angle 45 degree by " line transect " instrument along the top margin of quadrilateral surface, and draw screw hole with reference to intermediate plate AA." line transect " instrument of use draws buckle with reference to the draw-in groove of intermediate plate AA flanging on remaining three limit, and bottom buckle width is the size that sheet metal thickness size adds light-conductive optic fibre external diameter minus internal diameter, to ensure not depart from displacement process (this model is for 0.8mm); Side buckle length is the size that intermediate plate AA draw-in groove size corresponding with it deducts light-conductive optic fibre external diameter minus internal diameter, and with intermediate plate AA draw-in groove bottom on it to ensure not affect the displacement in installation process.As intermediate plate AB after completing.

(10) the Create button in the window upper right corner, select " figure ", a long 29mm is created by " rectangle " instrument, the square batten wire frame of wide 29mm, pass through " circle " instrument again according to the circular batten wire frame of the corresponding number such as used number of fibers drafting in this wire frame, the size of circular wire frame is identical with the light-conductive optic fibre external diameter of use.

(11) the square batten wire frame selecting step (10) to create, clicks right button, chooses " adding " option, added by the circular wire frame that step (10) creates; Then click right button, select " be converted to and can edit grid "; By conversion after choose with the quadrangle of optic fibre hole, click right button, by " clone " function copied 3 parts for subsequent use.

(12) be that step (11) wherein 1 part of quadrangle four edges with optic fibre hole for subsequent use creates 4 bottom side length 29mm, the long 27mm of top margin, high 6.5mm, the trapezoidal flanging of hypotenuse angle 80 degree respectively by " line transect " instrument; And the buckle of the wide 2mm of long 8mm is drawn between two parties at top here; This portion, quadrangle top adds screw hole with nut locating slot, its excess-three bar here with draw-in groove, the width requirement of draw-in groove and the sheet metal consistency of thickness (this model is 0.3mm) of use.As intermediate plate BA after completing.

(13) wherein 1 part of quadrilateral surface with optic fibre hole that step (11) is for subsequent use is chosen.Use " line transect " instrument along top margin at its surface rendering long 29mm, the rectangle wire frame of wide 0.5mm.By " figure merging " function, the size of quadrilateral surface is cut to the wide 28.5mm of long 29mm, the cutting of quadrilateral surface top margin is of a size of the size (this model uses fibre external diameters to be 1mm, and internal diameter is 0.5mm) of used light-conductive optic fibre external diameter minus internal diameter; Create a bottom side length 29mm, the long 27mm of top margin, high 6.5mm, the trapezoidal flanging of hypotenuse angle 80 degree by " line transect " instrument along the top margin of quadrilateral surface, and draw screw hole with reference to intermediate plate BA; Use the draw-in groove of " line transect " tool clamping piece BA flanging to draw buckle on remaining three limit, bottom buckle width is the size that sheet metal thickness size adds light-conductive optic fibre external diameter minus internal diameter, to ensure not depart from displacement process (this model is for 0.8mm); Side buckle length is the size that intermediate plate BA draw-in groove size corresponding with it deducts light-conductive optic fibre external diameter minus internal diameter, and with intermediate plate BA draw-in groove bottom on it to ensure not affect the displacement in installation process, as intermediate plate BB after completing.

(14) click the Create button in the upper right corner, select " solid ", click " cuboid " instrument, create a long 35mm, wide 35mm, the cuboid of high 20mm.

(15) cuboid choosing step (14) to create, clicks right button, selects " be converted into and can edit grid "; In " editing machine list ", select " polygon " instrument to choose the end face of cuboid, " subsiding " order is performed to this end face; Produce a long 35mm wide 35mm height 20mm rectangular pyramid, the quadrangle face length 6mm with light hole that the length of this rectangular pyramid and wide requirement make than step (11).

(16) click the Create button, select " figure ", use " circle " instrument of " line transect ", create the circular batten wire frame that is directly 4.8mm, this diameter of a circle is identical with the LED lamp bead diameter of use; Open " capture switch ", the center of this circular wire frame is moved to the rectangular pyramid conical top that step (15) creates; By " figure merging " function, circular wire frame being mapped and rectangular pyramid top, by being deleted at its top, making rectangular pyramid top form an opening, for mounted LED lamp bulb.

(17) bottom the rectangular pyramid using " line transect " instrument to create in step (15), quadrilateral surface draws a long 29mm, the square wire frame of wide 29mm, a long 90mm is opened, the square hole of wide 29mm by " figure merging " function quadrilateral surface bottom rectangular pyramid; Open " capture switch " above window, choose one of them quadrilateral surface with optic fibre hole that step (11) backs up, by summit it moved and embed the square hole that quadrilateral surface bottom rectangular pyramid leaves; Click right button, together with using " adding " function it being attached to rectangular pyramid; By " line transect " function, with reference to the buckle size in intermediate plate BA this side that step (12) creates and position, quadrilateral surface is drawn the quadrangle wire frame of four wide 0.3mm of long 8mm bottom rectangular pyramid; By " figure merging " function, mapped with rectangular pyramid bottom on quadrilateral surface, then deleted, formed four long 8mm, the draw-in groove of wide 0.3mm.As reflection shield after completing.

(18) by creating " line transect " function, with reference to the buckle for fixing on intermediate plate AA flanging, angle supporting surface draws four rectangle wire frames; By " figure merging " function, rectangle wire frame is mapped in the relevant position of angle supporting surface, angle supporting surface surface is made to form four cuboid draw-in grooves by delete function, draw-in groove length is consistent with intermediate plate AA flanging buckle, and width is in used sheet metal consistency of thickness.

(19) the cube 3D mathematical model that with the addition of light hole and draw-in groove is chosen, by drawing " line transect " at its surface rendering circular pattern, by " figure merging ", circular pattern is mapped and model surface, and deleted, make model surface form an aperture for drawing outside wire.OBJ form is exported as, for making color metal model after completing.

(20) by intermediate plate AA, intermediate plate AB, intermediate plate BA, intermediate plate BB chooses together with reflection shield, is exported as OBJ form, for making etch slide lamp decoration stuck-module.

(21) with " PepakuraDesigner " software opens OBJ form 3D mathematical model file, click " Unfold " button, " manually " option is selected in " part typesetting " Option Box ejected, arranging " ratio " is 1, click " OK " button, 3D mathematical model is expanded into the figure of plane by software automatically.

(22) select " print and arrange with paper " in " setting " option, in " print and arrange with paper " Option Box, " page size " is arranged to " Other ", " size " is set to wide 350mm, high 350mm, clicks " OK " button; Select " part window " option, " √ " before " display welt " option is removed; Click File menu, select " preservation " option to preserve a opd formatted file, for the assembled shaping reference of model, open File Options, select " derivation ", " vector format ", " DXF form " option, derives a DXF form drawing as subsequent use.

(23) manufacturer production transferring to produce EL cold light film by DXF form drawing is with the EL cold light film of optic fibre hole and specific dimensions.

(24) open DXF form drawing with " AdobeIllustrator " software, respectively by " MountainLine " layer and " ValleyLine(paddy broken line) " layer, " visuality " be set to hiding; Select " CutLine " layer, use " selection tool ", successively by the outline line of part, after finding " object " in menu bar to open it, find " path " to click " connection ".Then in " retouching limit panel " in the upper left corner, alignment is set to " making to retouch limit outboard alignment ".Choose outline line, in " retouching limit thickness ", the thickness of outline line is set to 2mm.And then by draw-in groove outline line, screw hole outline line, chooses successively after finding " object " in menu bar to open it and finds " path " to click " connection ".Then in " retouching limit panel " in the upper left corner, alignment is set to " making to retouch limit aligned inside " and " exchange colors in and retouches limit and makes it be filled to black ".Choose " CutLine " layer, " visuality " of layer is set to hiding, select " MountainLine " layer, " visuality " of layer is set to visible, use " selection tool ", broken line in the page is all chosen, limit color will be retouched and be set to black, in " retouching limit thickness ", the thickness of broken line is set to 0.3mm.Select " ValleyLine(paddy broken line) " layer and " CutLine " layer, " visuality " of layer is set to visible, click " creating new layer " button, create the new layer that a name is called " frame ", choose " frame ", use " the rectangle tool " to draw a long 350mm in this layer, wide 350mm, the frame of live width 1mm, reproduction of drawing is a, be set to drawing A and drawing B respectively.

(25) content in drawing A " ValleyLine " layer and " MountainLine " layer is left out, only leave " CutLine " layer and " frame " layer, select " the Ellipse tool " to create the circular pattern of several diameter 2mm in the toolbar of on the left side, choose the circular image of establishment and in " retouching limit panel " in the upper left corner, alignment is set to " making to retouch limit aligned inside ".Then on the left side toolbar will be retouched limit color and is set to black and clicks " exchange colors in and retouches limit " button circular pattern is filled to black." snap point " is found to be stamped hook after finding " view " option to open in menu bar.Populated circular pattern is selected and to drag in figure in nut locating hole outline line chien shih wherein heart point align with nut locating hole outline line central point, then choose the outline line of nut locating hole to be deleted.Using the front drawing of drawing A as metal sheet etching and processing after completing.

(26) drawing B is opened, click " creating new layer " button, create the new layer that a name is called " tie point ", choose this layer, use " line segment tool " to draw and be connected dotted line with frame and the perpendicular live width 1mm white line of outline line, selected the hexagon nut locating hole outline line in figure by selection tool successively, after finding " object " in menu bar to open it, find " path " to click " connection ".Then in " retouching limit panel " in the upper left corner, alignment is set to " making to retouch limit aligned inside ".And hexagonal pattern is filled to black by the left side toolbar click " exchange colors in and retouches limit " button.After completing, drawing B will be used as the reverse side drawing of etching and processing;

(27) thickness is selected to be that the 304 stainless steel sheet materials of 0.3mm are to make etch slide lamp decoration stuck-module, by drawing A and drawing B, etching and processing is carried out to stainless steel sheet material, nut locating slot and broken line is etched at piece surface, by screw hole, draw-in groove and outline line are carved and are worn, and each plane of being surrounded by outline line is only linked together by tie point.

(28) tie point connecting lamp decoration stuck-module part is cut off, take off lamp decoration stuck-module part.First by intermediate plate BA, intermediate plate BB and reflection shield overlap, its optic fibre hole is alignd, then optical fiber is passed three etch slides one by one, by the direction bending of the flanging of intermediate plate BA towards intermediate plate BB after all being passed by optical fiber, then tightened by two panels etch slide by screw and nut, in the process of tightening, intermediate plate BB can produce displacement, by this displacement, make the optic fibre hole of the original alignment in two panels etch slide surface produce potential difference and fix optical fiber.Buckle in intermediate plate BA this side is installed correspondence position insert in the draw-in groove of reflection shield, then intermediate plate BA and reflection shield are linked together outside for buckle bending.By brief for optical fiber inner long for reflection shield, four sides of bending reflection shield become the reflection shield of a rectangular pyramid shape.LED lamp bead with wire is inserted the opening at reflection shield top, be fixed by glue.

(29) the EL cold light film with adhesive sticker is affixed on intermediate plate AA, makes its overlapping optic fibre hole alignment.Then intermediate plate AA and intermediate plate AB is overlapping, its optic fibre hole is alignd.By optical fiber one by one through carving sheet and EL cold light film, by the direction bending of the flanging of intermediate plate AA towards intermediate plate AB after optical fiber is all passed, then by screw and nut, two panels etch slide is tightened, in the process of tightening, intermediate plate AB can produce displacement, by this displacement, make the optic fibre hole of the original alignment in two panels etch slide surface produce potential difference and fix optical fiber.Light hole optical fiber head and cold light film being close to the model back side by the buckle on intermediate plate AA flanging in color cube metal pattern installation process is mounted on the angle supporting surface draw-in groove of model inside.

(30) wire of the EL cold light film of model inside and LED lamp bead is drawn model outside by the aperture of model surface, make model have lighting effects by link switch and power supply.

Luminescent metal cube model after completing as shown in Figure 8.

Embodiment 3: the making of the luminescent metal triangular prism model of application lamp decoration stuck-module.

(1) import the triangular prism 3D mathematical model after putting in order with 3DSMAX software, triangular prism height 200mm, top and bottom is equilateral triangle, and the length of side is 200mm.

(2) triangular prism 3D mathematical model is chosen, click right button, select " be converted to and can edit polygon ", transferred to after can editing polygon and being chosen " polygon " in " can the polygon be edited " modifier in the window upper right corner, triangular prism 3D mathematical model surface click left button, choose need install light in the face of its carry out the Break Apart command.Become independently object.

(3) click the Create button in the window upper right corner, select " figure ", " line transect "; Then above window, right button is clicked at " capture switch " place, " at most " and " face " is ticked in " grid and trap setting ".Then close setting, click " capture switch " and open capture function; " line " instrument of " line transect " is used to be separated into the equilateral triangle profile of the facing surface rendering wide 100mm of high 86.603mm of standalone object in step 2; Then using " circle " instrument of " line transect " inside and outside equilateral triangle profile, create two row's diameters is respectively the circular contour of 1mm, and the diameter of circular contour is identical in the light-conductive optic fibre diameter used.

(4) the equilateral triangle profile choosing step (3) to create, clicks right button, and select " adding ", circular contour step 3 created is attached to together.

(5) quadrilateral surface choosing step (2) to be separated, clicks the upper right corner " establishment ", finds " solid ", selects " composite object ", chooses " figure merging " button.Left button chooses step (4) to be attached to equilateral triangle profile together and circular contour, and its profile is merged with the quadrilateral surface be separated; By " clone " function, this quadrangle is copied portion.The gore of a copy of it quadrilateral surface inside deleted and the rounded face of gore profile periphery is also deleted, being merged with the triangular prism 3D mathematical model be separated by " adding " function.The hole perforate of model surface light completes.The rounded face of another part of quadrilateral surface inside is all deleted as optic fibre hole, then for subsequent use.

(6) quadrilateral surface choosing step (5) to back up, clicks right button, selects " clone ", is copied into 2 parts by " clone " function.A copy of it is chosen, click right, together with being attached to triangular prism 3D mathematical model by " adding " function.All the other 1 part is done for subsequent use.

(7) choose step (6) for quadrilateral surface for subsequent use, open " capture switch " above window, by being less than four limit body line transects of its profile at its surface rendering, by " figure merging " function, its size is cut to the wide 117mm of long 117mm, the dimensional requirement after cutting is less than inner two the angle supporting surface spacing dimensions (this model spacing is 136mm) of model.Copy portion with the quadrilateral surface in light hole by " clone " function by after cutting, two quadrilateral surfaces are used for for subsequent use.

(8) choose step (7) one of them for quadrilateral surface for subsequent use, create two bottom side length 117mm by " line transect " instrument respectively at its top margin and base, the long 97mm of top margin, high 10mm, the trapezoidal flanging of hypotenuse angle 45 degree; Install and add screw hole with the trapezoidal flanging of quadrilateral surface top margin with nut locating slot, install with the trapezoidal flanging on quadrilateral surface base with two draw-in grooves, the width requirement of draw-in groove and the sheet metal consistency of thickness (this model is 0.3mm) of use; Drawn the rectangle flanging of two wide 15mm of long 136mm respectively at two sides of quadrilateral surface by " line transect " instrument, this flanging is with buckle and draw-in groove; Rectangle flanging length requirement is consistent with inner two the angle supporting surface spacing dimensions of model, the width requirement of draw-in groove and the sheet metal consistency of thickness (this model is 0.3mm) of use.As intermediate plate AA after completing.

(9) choose step (7) wherein another for quadrilateral surface for subsequent use; Use " line transect " instrument along top margin at its surface rendering long 117mm, the rectangle wire frame of wide 0.5mm; By " figure merging " function, the size of quadrilateral surface is cut to the wide 116.5mm of long 117mm, the cutting of quadrilateral surface top margin is of a size of the size (this model uses fibre external diameters to be 1mm, and internal diameter is 0.5mm) of used light-conductive optic fibre external diameter minus internal diameter; Create a bottom side length 117mm, the long 97mm of top margin, high 10mm, the trapezoidal flanging of hypotenuse angle 45 degree by " line transect " instrument along the top margin of quadrilateral surface, and draw screw hole with reference to intermediate plate AA." line transect " instrument of use draws buckle with reference to the draw-in groove of intermediate plate AA flanging on remaining three limit, and bottom buckle width is the size that sheet metal thickness size adds light-conductive optic fibre external diameter minus internal diameter, to ensure not depart from displacement process (this model is for 0.8mm).Side buckle length is the size that intermediate plate AA draw-in groove size corresponding with it deducts light-conductive optic fibre external diameter minus internal diameter, and with intermediate plate AA draw-in groove bottom on it to ensure not affect the displacement in installation process.As shining intermediate plate AB after completing.

(12) be that step (11) wherein 1 part of quadrangle four edges with optic fibre hole for subsequent use creates 4 bottom side length 29mm, the long 27mm of top margin, high 6.5mm, the trapezoidal flanging of hypotenuse angle 80 degree respectively by " line transect " instrument; And in top play here, draw the buckle of the wide 2mm of long 8mm; This portion, quadrangle top is with nut locating slot and screw hole, and its excess-three bar is here with draw-in groove (width requirement of draw-in groove and the sheet metal consistency of thickness of use, this model is 0.3MM).As shining intermediate plate BA after completing.

(13) wherein 1 part of quadrilateral surface with optic fibre hole that step (11) is for subsequent use is chosen.Use " line transect " instrument along top margin at its surface rendering long 29mm, the rectangle wire frame of wide 0.5mm; By " figure merging " function, the size of quadrilateral surface is cut to the wide 28.5mm of long 29mm, the cutting of quadrilateral surface top margin is of a size of the size (this model uses fibre external diameters to be 1mm, and internal diameter is 0.5mm) of used light-conductive optic fibre external diameter minus internal diameter; Create a bottom side length 29mm, the long 27mm of top margin, high 6.5mm, the trapezoidal flanging of hypotenuse angle 80 degree by " line transect " instrument along the top margin of quadrilateral surface, and draw screw hole with reference to intermediate plate BA; " line transect " instrument of use draws buckle with reference to the draw-in groove of intermediate plate BA flanging on remaining three limit, and bottom buckle width is the size that sheet metal thickness size adds light-conductive optic fibre external diameter minus internal diameter, to ensure not depart from displacement process (this model is for 0.8mm); Side buckle length is the size that intermediate plate BA draw-in groove size corresponding with it deducts light-conductive optic fibre external diameter minus internal diameter, and with intermediate plate BA draw-in groove bottom on it to ensure not affect the displacement in installation process.As intermediate plate BB after completing.

(15) cuboid choosing step (14) to create, clicks right button, selects " be converted into and can edit grid "; In " editing machine list ", select " polygon " instrument to choose the end face of cuboid, " subsiding " order is performed to this end face.Produce a long 35mm wide 35mm height 20mm rectangular pyramid, the quadrangle face length 6mm with light hole that the length of this rectangular pyramid and wide requirement make than step (11).

(17) bottom the rectangular pyramid using " line transect " instrument to create in step (15), quadrilateral surface draws a long 29mm, the square wire frame of wide 29mm, a long 90mm is opened, the square hole of wide 29mm by " figure merging " function quadrilateral surface bottom rectangular pyramid.Open " capture switch " above window, choose one of them quadrilateral surface with optic fibre hole that step (11) backs up, by summit it moved and embed the square hole that quadrilateral surface bottom rectangular pyramid leaves; Click right button, together with using " adding " function it being attached to rectangular pyramid; By " line transect " function, with reference to the buckle size in intermediate plate BA this side that step (12) creates and position, quadrilateral surface is drawn the quadrangle wire frame of four wide 0.3mm of long 8mm bottom rectangular pyramid; By " figure merging " function, mapped with rectangular pyramid bottom on quadrilateral surface, then deleted, formed four long 8mm, the draw-in groove of wide 0.3mm.As reflection shield after completing.

(18) by creating " line transect " function, with reference to the buckle for fixing on intermediate plate AA flanging, angle supporting surface draws four rectangle wire frames.By " figure merging " function, rectangle wire frame is mapped in the relevant position of angle supporting surface, makes angle supporting surface surface form four cuboid draw-in grooves by delete function; Draw-in groove length is consistent with intermediate plate AA flanging buckle, and width is in used sheet metal consistency of thickness.

(19) the triangular prism 3D mathematical model that with the addition of light hole and draw-in groove is chosen, by drawing " line transect " at its surface rendering circular pattern, by " figure merging ", circular pattern is mapped and model surface, and deleted, make model surface form an aperture for drawing outside wire.OBJ form is exported as, for making color metal model after completing.

(24) open DXF form drawing with " AdobeIllustrator " software, respectively by " MountainLine " layer and " ValleyLine(paddy broken line) " layer, " visuality " be set to hiding; Select " CutLine " layer, use " selection tool ", successively by the outline line of part, after finding " object " in menu bar to open it, find " path " to click " connection "; Then in " retouching limit panel " in the upper left corner, alignment is set to " making to retouch limit outboard alignment "; Choose outline line, in " retouching limit thickness ", the thickness of outline line is set to 2mm; And then by draw-in groove outline line, screw hole outline line, chooses successively after finding " object " in menu bar to open it and finds " path " to click " connection "; Then in " retouching limit panel " in the upper left corner, alignment is set to " making to retouch limit aligned inside " and " exchange colors in and retouches limit and makes it be filled to black "; Choose " CutLine " layer, " visuality " of layer is set to hiding, select " MountainLine " layer, " visuality " of layer is set to visible, use " selection tool ", broken line in the page is all chosen, limit color will be retouched and be set to black, in " retouching limit thickness ", the thickness of broken line is set to 0.3mm; Select " ValleyLine(paddy broken line) " layer and " CutLine " layer, " visuality " of layer is set to visible, click " creating new layer " button, create the new layer that a name is called " frame ", choose " frame ", use " the rectangle tool " to draw a long 350mm in this layer, wide 350mm, the frame of live width 1mm, reproduction of drawing is a, be set to drawing A and drawing B respectively.

(25) content in drawing A " ValleyLine " layer and " MountainLine " layer is left out, only leave " CutLine " layer and " frame " layer, select " the Ellipse tool " to create the circular pattern of several diameter 2mm in the toolbar of on the left side, choose the circular image of establishment and in " retouching limit panel " in the upper left corner, alignment is set to " making to retouch limit aligned inside "; Then on the left side toolbar will be retouched limit color and is set to black and clicks " exchange colors in and retouches limit " button circular pattern is filled to black." snap point " is found to be stamped hook after finding " view " option to open in menu bar.Populated circular pattern is selected and to drag in figure in nut locating hole outline line chien shih wherein heart point align with nut locating hole outline line central point, then choose the outline line of nut locating hole to be deleted.Using the front drawing of drawing A as metal sheet etching and processing after completing;

(26) drawing B is opened, click " creating new layer " button, create the new layer that a name is called " tie point ", choose this layer, use " line segment tool " to draw and be connected dotted line with frame and the perpendicular live width 1mm white line of outline line, selected the hexagon nut locating hole outline line in figure by selection tool successively, after finding " object " in menu bar to open it, find " path " to click " connection ".Then in " retouching limit panel " in the upper left corner, alignment is set to " making to retouch limit aligned inside "; And hexagonal pattern is filled to black by the left side toolbar click " exchange colors in and retouches limit " button.After completing, drawing B will be used as the reverse side drawing of etching and processing.

(28) tie point connecting lamp decoration stuck-module part is cut off, take off lamp decoration stuck-module part.First by intermediate plate BA, intermediate plate BB and reflection shield overlap, its optic fibre hole is alignd, then optical fiber is passed three etch slides one by one, by the direction bending of the flanging of intermediate plate BA towards intermediate plate BB after all being passed by optical fiber, then tightened by two panels etch slide by screw and nut, in the process of tightening, intermediate plate BB can produce displacement, by this displacement, make the optic fibre hole of the original alignment in two panels etch slide surface produce potential difference and fix optical fiber; Buckle in intermediate plate BA this side is installed correspondence position and insert reflection shield overlap, its optic fibre hole is alignd, then optical fiber is passed three etch slides one by one, after optical fiber is all passed by the flanging of intermediate plate BA towards in the draw-in groove of intermediate plate, then intermediate plate BA and reflection shield are linked together outside for buckle bending.Reflection shield is overlapping, its optic fibre hole is alignd, then optical fiber is passed three etch slides one by one, after all being passed by optical fiber, the flanging of intermediate plate BA is brief towards the optical fiber that intermediate plate is inner long, four sides of bending reflection shield become the reflection shield of a rectangular pyramid shape; LED lamp bead with wire is inserted the opening at reflection shield top, be fixed by glue.

(29) the EL cold light film with adhesive sticker is affixed on intermediate plate AA, makes its overlapping optic fibre hole alignment.Then intermediate plate AA and intermediate plate AB is overlapping, its optic fibre hole is alignd.By optical fiber one by one through carving sheet and EL cold light film, by the direction bending of the flanging of intermediate plate AA towards intermediate plate AB after optical fiber is all passed, then by screw and nut, two panels etch slide is tightened, in the process of tightening, intermediate plate AB can produce displacement, by this displacement, make the optic fibre hole of the original alignment in two panels etch slide surface produce potential difference and fix optical fiber; Light hole optical fiber head and cold light film being close to the model back side by the buckle on intermediate plate AA flanging in colored triangular prism metal pattern installation process is mounted on the angle supporting surface draw-in groove of model inside.

Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.

Claims

1. the lamp decoration stuck-module for chromatic metallic model, described chromatic metallic model comprises some plane institution movements and angle supporting surface, described plane institution movement is made up of basic plane and joint face, described joint face is provided with buckle B and buckle A or draw-in groove A or described joint face and is provided with buckle B and buckle A or draw-in groove A and screw hole or nut locating slot and adds screw hole, cooperatively interacted by buckle A corresponding on joint face and draw-in groove A and to be connected or buckle A and draw-in groove A cooperatively interact and to be connected and screw hole and nut locating slot are added screw hole and to be cooperatively interacted by screw nut and to fix and the buckle B of the joint face draw-in groove B corresponding with angle supporting surface cooperatively interacts and be formed by connecting, and the basic plane at least had described in is provided with the lamp decoration hole for arranging lamp decoration, described lamp decoration is the spot light by optical fiber light-guiding, it is characterized in that, described lamp decoration stuck-module comprises optical fiber clamping tool A, optical fiber clamping tool B, reflection shield, optical fiber and light source, described optical fiber clamping tool A is used for one end of fixing described optical fiber luminescent, the basic Plane Installation in lamp decoration hole is provided with described in described optical fiber clamping tool A presses close to, described optical fiber clamping tool B is used for one end of fixing described optical fiber light inlet, described reflection shield is connected with described optical fiber clamping tool B, and described light source is installed in reflection shield.

2. lamp decoration stuck-module according to claim 1, it is characterized in that, described optical fiber clamping tool A comprises intermediate plate AA and intermediate plate AB, described optical fiber clamping tool B comprises intermediate plate BA and intermediate plate BB, described intermediate plate AA and intermediate plate AB are provided with and arrange consistent optic fibre hole with described lamp decoration hole, described intermediate plate BA and intermediate plate BB is provided with optic fibre hole, the aperture of described optic fibre hole and the equal diameters of described optical fiber, and described optical fiber just in time can be penetrated in described optic fibre hole, described intermediate plate AA is provided with upper hem, lower hem, left folding limit and right folding limit, upper hem is provided with nut locating slot and adds screw hole, lower hem, left folding limit and right folding limit are provided with draw-in groove E, described intermediate plate AB is provided with upper hem, upper hem is provided with the screw hole adding screw hole with nut locating slot set by described intermediate plate AA upper hem and match, bottom and left and right edges are provided with and described intermediate plate AA lower hem, the buckle E that set by left folding limit and right folding limit, draw-in groove E matches, set by described intermediate plate AB bottom and left and right edges, buckle E buckles into described intermediate plate AA lower hem, draw-in groove E set by left folding limit and right folding limit and superimposed time, have between the upper hem of described intermediate plate AA with the upper hem of described intermediate plate AB width be described fibre diameter with the gap of the difference of described fiber core diameter and the optic fibre hole one_to_one corresponding of the optic fibre hole of described intermediate plate AA and described intermediate plate AB and the center of circle overlap, described intermediate plate AA and intermediate plate AB folds merga pass screw when nut locating slot set by described intermediate plate AA upper hem adds that set by screw hole and described intermediate plate AB upper hem, screw hole is fixed, the optic fibre hole of described intermediate plate AA and the optic fibre hole one_to_one corresponding of described intermediate plate AB but the center of circle offset, distance between two centers of circle is the difference of described fibre diameter and described fiber core diameter, described intermediate plate BA is provided with upper hem, lower hem, left folding limit and right folding limit, upper hem is provided with nut locating slot and adds screw hole, lower hem, left folding limit and right folding limit are provided with draw-in groove F, described intermediate plate BB is provided with upper hem, upper hem is provided with the screw hole adding screw hole with nut locating slot set by described intermediate plate BA upper hem and match, bottom and left and right edges are provided with and described intermediate plate BA lower hem, the buckle F that set by left folding limit and right folding limit, draw-in groove F matches, set by described intermediate plate BB bottom and left and right edges, buckle F buckles into described intermediate plate BA lower hem, draw-in groove F set by left folding limit and right folding limit and superimposed time, have between the upper hem of described intermediate plate BA with the upper hem of described intermediate plate BB width be described fibre diameter with the gap of the difference of described fiber core diameter and the optic fibre hole one_to_one corresponding of the optic fibre hole of described intermediate plate BA and described intermediate plate BB and the center of circle overlap, described intermediate plate BA and intermediate plate BB folds merga pass screw when nut locating slot set by described intermediate plate BA upper hem adds that set by screw hole and described intermediate plate BB upper hem, screw hole is fixed, the optic fibre hole of described intermediate plate BA and the optic fibre hole one_to_one corresponding of described intermediate plate BB but the center of circle offset, distance between two centers of circle is the difference of described fibre diameter and described fiber core diameter.

3. lamp decoration stuck-module according to claim 1, is characterized in that, described reflection shield is hollow rectangular pyramid, and top is provided with the hole for installing light source, and bottom surface is provided with and arranges consistent optic fibre hole with optic fibre hole set on intermediate plate BA.

4. lamp decoration stuck-module according to claim 2, it is characterized in that, the left folding limit of the intermediate plate AA of described optical fiber clamping tool A and right folding limit are equipped with buckle G, and described optical fiber clamping tool A is cooperatively interacted by buckle G and draw-in groove G set on angle supporting surface and is connected and makes the lamp decoration hole one_to_one corresponding of the optic fibre hole of described intermediate plate AA and the basic plane of layout lamp decoration and the center of circle overlaps.

5. lamp decoration stuck-module according to claim 2, is characterized in that, the upper hem of the intermediate plate BA of described optical fiber clamping tool B, lower hem, left folding limit and right folding limit are equipped with buckle H, and described reflection shield bottom periphery is provided with the draw-in groove H matched with buckle H; Described optical fiber clamping tool B to be cooperatively interacted with the draw-in groove H of described reflection shield by buckle H and is connected.

6. the chromatic metallic model of lamp decoration stuck-module described in an application rights requirement 1.