CN100547282C

CN100547282C - Flexible illuminant device and manufacturing method thereof

Info

Publication number: CN100547282C
Application number: CNB021171971A
Authority: CN
Inventors: 林原
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-04-25
Filing date: 2002-04-25
Publication date: 2009-10-07
Anticipated expiration: 2022-04-25
Also published as: JP3970800B2; CA2426500C; JP2003347593A; DE60322619D1; EP1357331B1; EP1357331A3; CN1453498A; KR100967192B1; ATE403827T1; KR20030084759A; CA2426500A1; EP1357331A2

Abstract

A kind of Flexiblel ight-emitting unit and manufacture method thereof, this device be with C.O.B. formula LED as light source, mainly constitute by an inner layer fixed, a LED lamp string group, a pair of main line and an outer fixed body; Wherein, the inner layer fixed that relies on a moulding in advance, with the LED lamp string group after the welding series connection, be inserted in the groove of inner layer fixed, by two raised lines institute clamping, and a pair of main line that LED lamp string group is with inner layer fixed is buried underground is connected conduction mutually, again via extrusion molding processing, and coats an outer fixed body; Therefore, can make the laying spacing of C.O.B. formula LED stable, and light source direction have uniformity.

Description

Flexiblel ight-emitting unit and manufacture method thereof

The present invention is a kind of Flexiblel ight-emitting unit and manufacture method thereof, especially refer to a kind of direct encapsulation (C.O.B. that is applicable to, chip on board) illuminator of formula LED, this manufacture method, it is internal layer (Inner layer) holder by a moulding in advance, with the LED lamp string group after the welding series connection, be inserted in the groove of inner layer fixed, and by two raised lines institute clamping, and LED lamp string group is that a pair of main line of burying underground with inner layer fixed (Main wire) is connected conduction mutually, process via extrusion molding again, and coat a skin (Jacket) fixed body; Like this, make the laying spacing of C.O.B. formula LED21 stable, and light source direction have uniformity.

According to the present invention, apparatus of the present invention mainly comprise an inner layer fixed, a LED lamp string group, a pair of main line, reach an outer fixed body;

Wherein:

This inner layer fixed is the transparent or semitransparent colloid of a strip, and end face central authorities are provided with groove one, and both sides respectively have raised line one, makes inner layer fixed form a U type section;

This LED lamp string group, by several C.O.B. formulas LED, resistance, and lead welded and be composed in series, and be inserted in the groove, and by two raised lines institute clamping;

This is to main line, and in parallel two raised lines that are embedded in the inner layer fixed, draw outward or connector is set for wiring, and the front and back ends lead of LED lamp string group, be connected mutually with two main lines respectively;

This skin fixed body is the colloid identical with inner layer fixed, and by the processing and forming of extrusion, and coats inner layer fixed and be combined into one, and end face and bottom surface all are plane forming surface.

Relevant existing LED illuminator, its formation and technological means, enumerate in after, sincerely please refer to:

Existing LED illuminator, as shown in figure 13, generally be earlier with an end of lead 3 and the pin 2a welding of LED light element 2, leaning to one side of lead 3 and pile warp LED light element 2, and the other end of lead 3 is welded on another pin 2b of LED light element 2 is to form a lamp string and to reach the purpose of series connection, penetrate in order to continuing in the hollow sleeve 1 of a circle, and, coat by colloid (figure does not show), and be combined as a whole in the mode of extrusion molding; 2 of adjacent LED light element, there is no any fixed support, and 3 in lead has presented crooked winding state, at this moment, LED light element 2 and lead 3 are in the process that penetrates hollow sleeve 1, LED light element 2 and lead 3 very easily produce catching phenomenon with the inwall of hollow sleeve 1, and cause adjacent LED light element 2 spacings to change, and then force the crooked again phenomenon of lead 3; Therefore, the very difficult purpose that reaches equidistant laying of LED light element 2 not only, and form the different situation of light source density, and if lead 3 degree of crook is excessive again the time, also influential lead 3 and two pin 2a, the possibility of 2b weld strength.

When production length was longer, LED light element 2 and lead 3 more likely formed balky phenomenon after penetrating hollow sleeve 1 one long sections, even caused lead 3 overbendings and the possibility that ruptures, in the manufacturing of reality, also waited to improve.

Simultaneously, when existing LED illuminator is installed, carry out deflection as long as give slightly, the light source direction of LED light element 2 is not to remain on same sensing; That is to say, LED light element 2 will be on the X-Z plane angular deflection slightly, or on the Y-Z plane angular deflection slightly, and make the light source direction of LED light element 2 present dispersion shape; So, have installing and fixing and being not easy of LED illuminator now, and illumination effect is also undesirable.

For these reasons, the present inventor is design and actual tests actively, develops to be applicable to C.O.B. formula LED, and can significantly promote the Flexiblel ight-emitting unit of the present invention and the manufacture method thereof of practical effect.

Main purpose of the present invention is in order to provide a kind of with Flexiblel ight-emitting unit and the manufacture method thereof of C.O.B. formula LED as light source, and this method and device obviously possess following advantage, feature and purpose:

01, the present invention makes plugging of LED lamp string group fixing very quick and simple and easy, and the sensing of fixing back C.O.B. formula LED has uniformity.

02, the present invention makes C.O.B. formula LED and the lead of being connected, and has tensile strength and pliability.

03, the present invention makes C.O.B. formula LED and each resistance of being connected, and obtains protection and fixing.

04, the present invention makes LED lamp string group in the following process of process of plugging and global formation, and the unlikely deflection of the sensing of each C.O.B. formula LED changes.

05, the present invention is easy to by dress and fixing, and the sensing of light source is all the normal direction of forming surface, and has illumination effect.

06, apparatus of the present invention on installed surface, are carried out the axial plane deflection of X-Y, and after the deflection, the direction that light source still is consistent, and have pliability.

The present invention is in order to reach above-mentioned purpose and effect, and the technological means that this manufacture method adopted comprises following step:

Step 1 is the forming step of inner layer fixed, and distinctly is embedded with two main lines in two raised lines;

Step 2 is the series connection step of LED lamp string group, goes up welding one lead out of the ordinary in C.O.B. formula LED, with formation LED lamp group, and welds a resistance on the lead between each LED lamp group, to be composed in series a LED lamp string group one by one;

Step 3 is inserted in LED lamp string group in the groove of inner layer fixed, and gives clamping by two raised lines for the fixing step that plugs of LED lamp string group, makes the laying spacing of C.O.B. formula LED stable, and the sensing unanimity of C.O.B. formula LED;

Step 4 is for being connected the step of main line, and tool using penetrates the raised line front end of inner layer fixed with the lead foremost of LED lamp string group, and be connected mutually with the left side main line, and, penetrate the raised line end of inner layer fixed, and be connected mutually with the right side main line also with the least significant end lead of LED lamp string group;

Step 5 is the processing and forming by extrusion for the step that extrusion coats, and with the colloid identical with inner layer fixed, with the semi-finished product extrusion coating of step 4, and forms an outer fixed body, and inner layer fixed and outer fixed body are combined into one;

Like this, the laying spacing of C.O.B. formula LED is stable, and guarantees the same direction that is oriented to of each C.O.B. formula LED, and has tensile strength and pliability.

Feature of the present invention, technological means, concrete function and specific embodiment, continue describe in detail with graphic, figure number as after:

Graphic being described as follows:

Fig. 1 is the schematic perspective view of apparatus of the present invention preferred embodiment;

Fig. 2 is the part three-dimensional exploded view of apparatus of the present invention preferred embodiment;

Fig. 3 is the part schematic perspective view of apparatus of the present invention preferred embodiment;

Fig. 4 is the planar side view of apparatus of the present invention preferred embodiment;

Fig. 5 is the planar side view of another outer fixed body of apparatus of the present invention;

Fig. 6 is the partial, perspective view of apparatus of the present invention embodiment 2;

Fig. 7 is the partial, perspective view of apparatus of the present invention embodiment 3;

Fig. 8 is the partial, perspective view of apparatus of the present invention embodiment 4;

Fig. 9 is the partial, perspective view of apparatus of the present invention embodiment 5;

Figure 10 is the partial, perspective view of apparatus of the present invention embodiment 6;

Figure 11 is the partial, perspective view of apparatus of the present invention embodiment 7;

Figure 12 is the partial, perspective view of apparatus of the present invention embodiment 8;

Figure 13 is the manufacturing schematic diagram of usual means.

See also Fig. 1 to shown in Figure 3, in preferred embodiment, apparatus of the present invention comprise an inner layer fixed 10, a LED lamp string group 20, a pair of

main line

30,31, reach outer fixed body 40 formations; Wherein, inner layer fixed 10, LED lamp string group 20, to

main line

30,31, and the solid signal formed of outer fixed body 40, detailed as shown in Figure 1; LED lamp string group 20 is decomposed with the thin portion of inner layer fixed 10 is three-dimensional, knows clearly as shown in Figure 2; LED lamp string group 20 is arranged at the three-dimensional signal of part on the inner layer fixed 10, knows clearly as shown in Figure 3:

This inner layer fixed 10 is the transparent or semitransparent colloid of a strip, and end face central authorities are provided with groove 11 one, and both sides respectively have raised

line

12,13 one, makes inner layer fixed 10 form a U type section;

This LED lamp string group 20, be by several C.O.B. formulas LED21, resistance 22, and lead 23 welded and be composed in series, and LED lamp string group 20 is inserted in the groove 11, and by 12,13 clampings of two raised lines;

This is to

main line

30,31, be embedded in respectively in two raised

lines

12,13 of inner layer fixed 10, draw outward or connector (figure do not show) is set for wiring, and left side main line 30 is parallel to each other with right side main line 31, and lay respectively at the two side ends of inner layer fixed 10U type section, the lead foremost 230 of LED lamp string group 20, penetrate the front end of raised line 12 by instrument, and be connected mutually with left side main line 30, the least significant end lead 231 of LED lamp string group 20, penetrate the end of raised line 13 by instrument, and be connected mutually with right side main line 31;

This skin fixed body 40 is the colloid identical with inner layer fixed 10, and is the processing and forming by extrusion, and coats inner layer fixed 10 and LED lamp string group 20 and be combined into one, and end face is plane forming surface 41, and the bottom surface also is plane forming surface 42;

Like this, make the laying spacing of C.O.B. formula LED21 stable, and the Flexiblel ight-emitting unit of light source direction unanimity.

And manufacture method of the present invention comprises following steps:

Step 1 is the forming step of inner layer fixed 10, and distinctly is embedded with two

main lines

30,31 in two raised

lines

12,13;

Step 2 is the series connection step of LED lamp string group 20, welds a lead 23 on C.O.B. formula LED21 respectively, with formation LED lamp group, and welds a resistance 22 on the lead 23 between each LED lamp group, to be composed in series a LED lamp string group 20 one by one;

Step 3 is the fixing step that plugs of LED lamp string group 20, system is inserted in LED lamp string group 20 in the groove 11 of inner layer fixed 10, and give clamping by two raised

lines

12,13, make the laying spacing of C.O.B. formula LED21 stable, and the sensing unanimity of C.O.B. formula LED21 (being the normal direction on the plane of groove 11);

Step 4 is for being connected the step of

main line

30,31, tool using is with the lead foremost 230 of LED lamp string group 20, penetrate raised line 12 front ends of inner layer fixed 10, and be connected mutually with left side main line 30, and also with the least significant end lead 231 of LED lamp string group 20, penetrate raised line 13 ends of inner layer fixed 10, and be connected mutually with right side main line 31;

Step 5 is the processing and forming by extrusion for the step that extrusion coats, and with the colloid identical with inner layer fixed 10, the semi-finished product extrusion of step 4 is coated, and form an outer fixed body 40, and inner layer fixed 10 and outer fixed body 40 are combined into one;

Like this; to guarantee the same direction that is oriented to of each C.O.B. formula LED21; and in the following process of the process that plugs of LED lamp string group 20 and global formation; the unlikely deflection of the sensing of each C.O.B. formula LED21 changes; each C.O.B. formula LED21 has tensile strength and pliability with the lead 23 of being connected and under the effect of groove 11 and two raised

lines

12,13, and under the coating combination of outer fixed body 40; make C.O.B. formula LED and each resistance of being connected, obtain protection and fixing.

The place that should give explanation around here again is: apparatus of the present invention, after global formation processing, this skin fixed body 40, because of the forming surface 41 of its end face and the forming surface 42 of bottom surface all are plane, so apparatus of the present invention are easy to install and are fixing, and the sensing of light source is the normal direction of forming surface 41, and has illumination effect; In addition, apparatus of the present invention on installed surface, are carried out the axial plane deflection of X-Y, and after the deflection, the direction that light source still is consistent, and have pliability; Real is of the present invention one big characteristic.

See also shown in Figure 4, in preferred embodiment, the outer fixed body 40 of apparatus of the present invention, its end face and bottom surface have

plane forming surface

41,42, and the sensing of light source is the normal direction of forming surface 41; So when carrying out whole installing and fixing, need not the sensing that professional technique is promptly guaranteed light source easily, and unlikely generation deflection changes; Especially, even pressing on the dress face, carry out the axial plane deflection of X-Y, the also unlikely uniformity that impairs light source direction; Be with, apparatus of the present invention, have and be easy to install and fix and the characteristic of deflection.

See also shown in Figure 5, in preferred embodiment, the outer fixed body 40 of apparatus of the present invention, the forming

surface

41,42 of its end face and bottom surface when extrusion molding, is provided with several indenture 410,420.

See also shown in Figure 6, in embodiment 2, the LED lamp string group 20 of apparatus of the present invention, by several C.O.B. formulas LED21, SMD resistance 22a (or IC or Current Control IC), and lead 23 welded and be composed in series, and LED lamp string group 20 is inserted in the groove 11, and by 12,13 clampings of two raised lines; Like this, make dropping resistor that LED lamp string group 20 needs, directly be installed on the C.O.B. circuit board, and simplify the setting of original resistance 22 elements by SMD type or plug-in unit resistance (Current Control IC); This also is the another way of apparatus of the present invention.

The place that should give explanation around here again is: the LED lamp string group 20 of apparatus of the present invention, and step of manufacturing 2 (the series connection step of LED lamp string group 20), for: the circuit that (1), the mode of crossing the tin stove with plug wire are carried out between each C.O.B. formula LED21 connects; (2) or by electric wire or Copper Foil in the plane, the circuit that carries out between each C.O.B. formula LED21 in the mode of electric welding (spot) connects; And the plug wire of front and back ends or electric wire or Copper Foil weld a lead in addition, and penetrate the front end of raised line 12 and the end of raised line 13 respectively by instrument, and are connected (identical with the bridging mode of preferred embodiment) mutually with left side main line 30 and right side main line 31; And be all the another way of apparatus of the present invention and manufacture method thereof.

See also shown in Figure 7ly, in embodiment 3, the LED lamp string group 20 of apparatus of the present invention, and step of manufacturing 2 are by Copper Foil 24 in the plane, carry out circuit connectionist between each C.O.B. formula LED21 in the mode of electric welding.

See also shown in Figure 8ly, in embodiment 4, the LED lamp string group 20 of apparatus of the present invention, and step of manufacturing 2 are with the electric wire ways of connecting and carry out circuit connectionist between each C.O.B. formula LED21; Wherein, the electric wire 23a that this bending is provided with is that bending is arranged between two adjacent C.O.B. formula LED21, and is arranged with the sleeve pipe 25 that an internal diameter is slightly larger than electric wire 23a external diameter in addition; By this, after outer fixed body 40 extrusions coat, only have sleeve pipe 25 to be fixed, and electric wire 23a has the gap that stretches and slide slightly,, break electric wire 23a to avoid apparatus of the present invention when the bending by moulding.

When crooked apparatus of the present invention, the curature variation of outer fixed body 40 can add all C.O.B. of giving formula LED21 one jack-up strength, at this moment, be provided with because electric wire 23a is crooked, and have the gap (electric wire 23a is not fixed by moulding) of slip in sleeve pipe 25, therefore, apparatus of the present invention are when bending, the electric wire 23a of this bending setting leaves the leeway of stretching, and has better tensile strength and pliability.

See also shown in Figure 9, in embodiment 5, the LED lamp string group 20 of apparatus of the present invention, and step of manufacturing 2 (the series connection step of LED lamp string group 20), for: in the mode of lagging circuit, C.O.B. formula LED21 is set, to make LED lamp string group 20; Wherein, this lagging circuit is by a lagging layer 26 fixed number section metal forming 27, and make continuously in the mode that band shape is produced, and on this lagging layer 26, and equidistantly lay several precutting holes 261, each section metal forming 27 has a bit of naked section for welding in precutting hole 261 places; Like this, each C.O.B. formula LED21 is that electric welding is fixedly arranged on 27 of two adjacent metal formings, and is connected into a LED lamp string group 20, subsequently, lagging layer 26 is torn off, and subsequent steps 3 plugs and is fixed on the inner layer fixed 10, in order to follow-up processing; Reality has the manufacturing of being easy to, the laying spacing is stable, and the quantity-produced characteristic, and is a quantum jump of LED light-emitting unit and manufacture method thereof.

The place that should give explanation around here again is: implement in 5 examples, this lagging circuit, by a lagging layer 26 and a belt metal foil 27, make continuously in the mode that band shape is produced, and by mould, on lagging layer 26, equidistantly go out several precutting holes 261, and metal forming 27 is thrust into several sections, and each section metal forming 27 leaves a bit of not thrusting partly in precutting hole 261 places; Like this, with this lagging circuit turn-over, be welded in 27 of two adjacent metal formings for each C.O.B. formula LED21, and be connected into a LED lamp string group 20.

The place that should give explanation around here again is: in embodiment 5, this C.O.B. formula LED21 is connected with metal forming 27, carries out electric welding by large-scale soldering tip, once welds many, with reach a large amount of productions and save man-hour, the purpose of operation.

See also shown in Figure 10, in embodiment 6, the inner layer fixed 10 of apparatus of the present invention, the elongated hole 15 of a pre-strokes per minute through-going recess 11, and elongated hole 15 be equidistant laying and with C.O.B. formula LED21 that the position is set is corresponding; And when execution in step 5, the temperature and the depanning speed of control extrusion make after the outer fixed body 40 extrusions coating, form little gap or bubble between this elongated hole 15 and C.O.B. formula LED21.

When crooked apparatus of the present invention, the curvature of outer fixed body 40 promptly changes, and C.O.B. formula LED21 is applied a jack-up strength, at this moment, formed little gap or bubble between this elongated hole 15 and C.O.B. formula LED21, C.O.B. formula LED21 is provided a space that sinks to cushioning, and then the formed curvature of circuit of this LED lamp string group 20 is promptly different with these skin fixed body 40 formed curvature; Like this, laterally pull strength when the bending,, break the connecting circuit of this LED lamp string group 20 to avoid apparatus of the present invention when the bending to cut down the lamp bar.

In addition, even when execution in step 5, colloid is inserted between this elongated hole 15 and C.O.B. formula LED21 fully, and does not form little gap or bubble, but because of the colloid in the elongated hole 15 presents the projection shape, then its curvature changes and will can not change consistent with the overall curvature of outer fixed body 40; Therefore, also have and cut down the lamp bar and when bending, laterally pull strength, and make the connecting circuit of this LED lamp string group 20 leave stretchable leeway.

See also shown in Figure 11, in embodiment 7, can with among the embodiment 5 with the made LED lamp of the mode of lagging circuit string group 20, with the gummed mode, directly be fixedly arranged on the inner layer fixed 10; Just the step that tears lagging layer 26 among the embodiment 5 off is omitted, and carry out follow-up processing, can prevent that equally C.O.B. formula LED21 from pointing to the purpose of deflection, and have be easy to make, to lay spacing stable, the quantity-produced characteristic, and still be another feasible pattern of apparatus of the present invention and manufacture method thereof.

See also shown in Figure 12, in embodiment 8, can with among the embodiment 5 with the made LED lamp of the mode of lagging circuit string group 20, by the fixing mode of trip, directly be fixedly arranged on the inner layer fixed 10; The both sides of the edge of this lagging layer 26 just, can be provided with several trips 263, and on the appropriate location of this inner layer fixed 10, also be provided with trip hole 16 relatively, then the latch mode that this lagging layer 26 promptly can the similar plastics packing box is fixed on the groove 11 of this inner layer fixed 10, in order to directly carrying out follow-up processing, can prevent that equally C.O.B. formula LED21 from pointing to the purpose of deflection, and also have be easy to make, to lay spacing stable, the quantity-produced characteristic, and still be another feasible pattern of apparatus of the present invention and manufacture method thereof.

The place that should emphasize is herein: apparatus of the present invention, and after global formation processing, this skin fixed body 40, its left and right side is the plane forming surface of

tool

43,44, is the rectangle person and make the section of outer fixed body 40.

The place of planning the lay special stress on explanation herein, be that the topmost intention spirit of the present invention is: the inner layer fixed 10 of utilizing a moulding in advance, with the LED lamp string group 20 after the welding series connection, be inserted in the groove 11 of inner layer fixed 10, and by two raised

lines

12,13 give clamping, make that the laying spacing of C.O.B. formula LED21 is stable, and the sensing unanimity of C.O.B. formula LED21 (being all the normal direction on the plane of groove 11), LED lamp string group 20 and a pair of main line of being buried underground with inner layer fixed 10 30,31 are connected conduction mutually, process via extrusion molding again, and coat an outer fixed body 40; Like this, not only be easy to manufacture and install, and have tensile strength and pliability, light source direction also is with consistency, and can obtain excellent illumination effect.

Claims

1. A method of manufacturing a flexible luminous body, the method of manufacturing comprising the following steps:

(a) The forming step of the inner layer fixing seat, two main lines are embedded in the two convex strips;

(b) The steps of series connection of LED light string groups, respectively welding a wire on the C.O.B. type LEDs to form an LED light group, and welding a resistor on the wires between each LED light group to form an LED light string group one by one in series;

(c) Inserting and fixing steps of the LED light string group, the LED light string group is inserted into the groove of the inner layer fixing seat, and clamped by two convex strips, so that the arrangement distance of the C.O.B. type LED is stable, and the C.O.B. The direction of the type LED is consistent;

(d) Step of connecting the main line, insert the leading wire of the LED light string group into the front end of the convex strip of the inner layer fixing seat, and connect with the main line on the left side, and at the same time, pass the end wire of the LED light string group into the end of the raised strip of the inner layer fixing seat, Connect with the main line on the right;

(e) The step of extruding and coating, the semi-finished product of step (d) is extruded and coated by the extrusion forming process, using the same colloid as the inner layer fixing seat, to form an outer layer fixing body, and make the inner layer fixing seat and The outer fixed body is combined into one body;

In this way, it can be ensured that all C.O.B. LEDs point to the same direction, and have tensile strength and flexibility.

2. The manufacturing method of the flexible luminous body according to claim 1, characterized in that the step (b) is: connecting the circuits between the C.O.B. LEDs by inserting wires through a tin furnace.

3. The manufacturing method of the flexible luminous body according to claim 1, characterized in that the step (b) is: put the wire or copper foil on the plane, and perform the circuit connection between the C.O.B. type LEDs by means of electric welding .

4. The manufacturing method of the flexible luminous body according to claim 1, characterized in that step (b) is: arranging C.O.B. type LEDs in the form of a skinned circuit to make an LED lamp string group; the skinned circuit , several sections of metal foil are fixed by a skin layer, and are continuously manufactured in a strip-shaped production manner, and after the C.O.B. type LED is installed, the skin layer is torn off, and step (c) is performed.

5. The manufacturing method of the flexible luminous body according to claim 4, characterized in that the C.O.B. type LED and the metal foil in step (b) are connected by electric welding with a large welding head, and multiple strips can be welded at one time. .

6. The manufacturing method of the flexible luminous body according to claim 4, characterized in that, step (b) is to make the LED lamp string group in the way of the skinned circuit, without tearing off the skinned layer, directly by The gluing method of the skin layer is directly fixed on the inner layer fixing seat.

7. The manufacturing method of the flexible luminous body according to claim 4, characterized in that, step (b) is to make the LED lamp string group in the way of the skinned circuit, without tearing off the skinned layer, directly by The tenon fixing mode is directly fixed on the inner layer fixing seat (10).

8. A flexible illuminant device, which mainly includes an inner layer fixing base (10), an LED light string group (20), a pair of main wires (30, 31) and an outer layer fixing body (40) ; It is characterized in that the inner layer fixing seat (10) is a strip-shaped transparent or translucent colloid, and a groove (11) is provided in the center of the top surface, and a convex strip (12, 13), so that the inner layer fixing seat (10) forms a U-shaped section;

The LED lamp string group (20) is composed of several C.O.B. type LEDs (21), resistors (22) and wires (23) welded in series, and the ED lamp string group (20) is inserted in the groove (11) Inside, and clamped by two convex strips (12, 13);

The pair of main wires (30, 31) are respectively buried in the two convex strips (12, 13) of the inner layer fixing seat (10) for external lead or connectors for wiring, and the left main wire (30) is connected with The main wires (31) on the right side are parallel to each other, and are respectively located at both sides of the U-shaped section of the inner layer fixing seat (10). ), and is connected with the left main line (30), the most terminal wire (231) of the LED light string group (20) is passed through the end of the protruding strip (13) by the tool, and is connected with the right main line (31) connect;

The outer layer fixing body (40) is the same colloid as the inner layer fixing seat (10), and is processed by extrusion molding, and covers the inner layer fixing seat (10) and the LED light string group (20) and combines them Integrate, and the top surface is a planar forming surface (41), and the bottom surface is also a planar forming surface (42);

In this way, not only the layout pitch of the CO.B. type LEDs (21) is stable, but also the light sources of each CO.B. type LED (21) are guaranteed to point in the same direction, which has tensile strength and flexibility.

9. The flexible luminous body device according to claim 8, characterized in that, after the integral molding process of the outer layer fixing body (40), the light source of the LED (21) is directed, all of which are formed on the top surface The normal direction of the face (41).

10. The flexible illuminant device according to claim 8, characterized in that, the outer fixed body (40) has several dents formed by extrusion on the molding surfaces (41, 42) of the top and bottom surfaces (410, 420).

11. The flexible illuminant device according to claim 8, characterized in that, the outer layer fixing body (40) has a rectangular section, that is, the left and right sides also have a planar molding surface ( 43, 44).

12. The flexible illuminant device according to claim 8, characterized in that, the LED lamp string group (20) is composed of several C.O.B. type LEDs (21), SMD resistors (22a) and wires (23). Welded in series, the voltage drop resistors of the LED lamp string group (20) are directly installed on the C.O.B. circuit board with SMD type resistors, and the setting of the original resistor (22) components is simplified.

13. The flexible lighting device according to claim 12, characterized in that the SMD resistor (22a) is a resistor element of a current control IC.

14. The flexible illuminant device according to claim 8, characterized in that, the LED lamp string group (20) consists of several C.O.B. LEDs (21), SMD resistors (22a) and copper foil (24) The soldering is connected in series, and on the plane where the copper foil (24) is located, the circuit connection between the C.O.B. type LEDs (21) is performed by means of electric welding.

15. The flexible lighting device according to claim 14, characterized in that the SMD resistor (22a) is a resistor element of a current control IC.

16. The flexible illuminant device according to claim 8, characterized in that, the LED lamp string group (20) is composed of several C.O.B. type LEDs 21, SMD resistors (22a) and bent wires (23a). Welded in series, and the electric wire (23a) carries out the circuit connection between each CO.B. type LED (21); And this electric wire (23a) is bent and arranged between two adjacent CO.B. The inner diameter is slightly larger than the sleeve pipe (25) of the outer diameter of the electric wire (23a), so that the electric wire (23a) still has a gap that can be stretched and slid slightly after the outer layer fixing body (40) is extruded and coated.

17. The flexible lighting device according to claim 16, characterized in that the SMD resistor (22a) is a resistor element of a current control IC.

18. The flexible illuminant device according to claim 8, characterized in that, the LED lamp string group (20) is made of a skin-coated circuit with several C.O.B. type LED21; and the skin-coated circuit, A number of sections of metal foil (27) are fixed by a skin layer (26), and several pre-cut holes (261) are equidistantly arranged on the skin layer (26), and each section of metal foil (27) is placed in the pre-cut hole (261) There is also a small section of exposed section for welding, so that the C.O.B. type LED (21) can be welded and fixed between two adjacent metal foils (27).

19. The flexible illuminant device according to claim 18, characterized in that, the CO.B. type LED (21) is directly provided with an SMD resistor (22a) on the CO.B. circuit board to provide an LED lamp string group (20 ) required voltage drop resistance.

20. The flexible lighting device according to claim 19, characterized in that the SMD resistor (22a) is a resistor element of a current control IC.

21. The flexible illuminant device according to claim 18, characterized in that, the skinned circuit is continuously produced in a strip-shaped manner from a skinned layer (26) and a strip of metal foil (27) , and by means of a mould, several pre-cut holes (261) are punched equidistantly on the skin layer (26), and the metal foil (27) is punched into several sections, and each section of metal foil (27) is pre-cut There is a small part of the hole (261) that has not been punched; like this, the skinned circuit can be turned over for each COB type LED (21) to be welded between two adjacent metal foils (27).

22. The flexible illuminant device according to claim 18, characterized in that the skinned circuit is directly fixed on the inner layer fixing seat (10) by gluing the skinned layer (26).

23. The flexible illuminant device according to claim 18, characterized in that, the skin layer (26) is provided with several tenons (263) on both side edges; and the inner layer fixing seat (10) On the appropriate position, also be provided with tenon hole (16) relatively, in order to facilitate the insertion of the skin layer (26) on the groove (11) of the inner layer fixing seat (10).

24. The flexible illuminant device according to claim 8, characterized in that, the inner layer fixing seat (10) is prepunched with several extension holes (15) passing through the groove (11), and the extension holes ( 15) is arranged equidistantly, and corresponds to the installation position of the C.O.B. type LED (21), and when the outer layer fixed body (40) is extruded, control its extruding temperature and mold release speed, so that the extension hole (15) Form a small gap or air bubble with the C.O.B. LED (21).