CN203628370U - All-round light bulb type lamp - Google Patents
All-round light bulb type lamp Download PDFInfo
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- CN203628370U CN203628370U CN201320822789.XU CN201320822789U CN203628370U CN 203628370 U CN203628370 U CN 203628370U CN 201320822789 U CN201320822789 U CN 201320822789U CN 203628370 U CN203628370 U CN 203628370U
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Abstract
The utility model relates to an all-round light bulb type lamp. The all-round light bulb type lamp at least comprises a body, a top plate, a base layer, an insulating layer, a copper circuit layer, second insulating and heat-conducting glue, a welding prevention layer, at least one first LED assembly, a plurality of second LED assemblies, a heat dissipation module, a cover and a lamp base. According to the all-round light bulb type lamp, the top plate is directly arranged on the top of the body, the copper circuit layer is directly attached to the insulating layer through the second insulating and heat-conducting glue, the insulating layer is attached to the base layer, and then the base layer is arranged on the top plate through first heat conducting glue. Thus, the multiple LED assemblies can be arranged on a columnar part by being welded to the copper circuit layer, no circuit board is needed, and the all-round light bulb type lamp is very convenient to assemble. Moreover, the LED assemblies can further be folded downwards and attached to the side wall of the body through a plurality of peripheral folding parts. When the LED assemblies arranged on the body emit light at the same time, the coverage range of the light can exceed 270 degrees, and thus the all-round light covering effect is achieved.
Description
Technical field
The utility model, about a kind of light fixture, refers to that the scope that its light is contained can exceed the all-round photosphere alveolitoid of the one light fixture of 270 ° especially.
Background technology
In recent years, light emitting diode (Light-Emitting Diode, LED) is applied on the lighting device of daily life widely.Refer to Fig. 1, the perspective view of the spherical light fixture of a kind of existing LED.As shown in Figure 1, the spherical light fixture 1 ' of existing LED comprising: a main body 11 ', a pedestal 12 ' and a cover body 13 ', wherein this main body 11 ' top is provided with a substrate 14 ', and on substrate 14 ', is welded with multiple LED assemblies 15 '.The spherical light fixture 1 ' of LED shown in Fig. 1, it is the simplest that its advantage is to form structure; But its shortcoming of making us the most denouncing is: light emission angle wretched insufficiency.As shown in Figure 1, the light emission angle of the spherical light fixture 1 ' of this LED only has at most 120 ° of left and right, even connect 160 ° less than.
Because the spherical light fixture 1 ' of existing LED has the shortcoming of light emission angle wretched insufficiency, the LED light fixture manufacturer in Taiwan proposes the spherical light fixture of a kind of all-round smooth LED.Refer to Fig. 2, the side sectional view of the spherical light fixture of all-round smooth LED.As shown in Figure 2, the spherical light fixture 1 ' of this all-round smooth LED ' comprising: a main body 11 ' ', a pedestal 12 ' ', a cover body 13 ' ', a substrate 14 ' ', multiple LED assembly 15 ' ', wherein, this substrate 14 ' ' be provided with a location-plate 17 ' ', and location-plate 17 ' ' be provided with a taper optically focused astigmatism body 16 ' '.
Especially, at the spherical light fixture 1 ' of this all-round smooth LED ' among, in LED assembly 15 ' ' on be provided with taper optically focused astigmatism body 16 ' ', wherein, taper optically focused astigmatism body 16 ' ' one-body molded on same light-guiding pillar by one or more condensing bodies and taper astigmatism body, and taper optically focused astigmatism body 16 ' ' and this location-plate 17 ' ' be formed in one, the time of assembling saved by this mode.So, by condensing body by LED assembly 15 ' ' light source assemble, and see through astigmatism body luminous point drawn high to radiation, obtain according to this broader light source.
Via above-mentioned explanation, can learn, compared to the spherical light fixture 1 ' of existing LED, the spherical light fixture 1 ' of this all-round smooth LED shown in Fig. 2 ' there is broader light emission angle, this is the spherical light fixture 1 ' of this all-round smooth LED ' topmost advantage.But, in actual use, but find the spherical light fixture 1 ' of this all-round smooth LED ' still there is following shortcoming:
1. this taper optically focused astigmatism body 16 ' ' be necessary for the close medium of light, so, after ' light incident taper optically focused astigmatism body 16 ' ', could see through the mode of total reflection by taper optically focused astigmatism body 16 ' when LED assembly 15 ' ' in penetrate, and then reach the effect that promotes light emission angle.But the cost of manufacture of the taper optically focused astigmatism body 16 ' of close medium ' making very difficult, process rate is very low, therefore causes the spherical light fixture 1 ' of this all-round smooth LED ' is too high.
2. see through the mode of total reflection by taper optically focused astigmatism body 16 ' ' in the light of set ejaculation, its direction cannot this be determined accurately, therefore make each azimuthal light all have the different light uniformitys.
3. in the spherical light fixture 1 ' of this all-round smooth LED ' structure in, between this main body 11 ' ', a pedestal 12 ' ', a cover body 13 ' ', a substrate 14 ' ', this LED assembly 15 ' ', and this location-plate 17 ' ', existing at least three different interfaces, make LED assembly 15 ' ' produce when luminous heat cannot effectively by main body 11 ' ' (or by cover body 13 ' ') leaves.
Therefore, the comprehensive above-mentioned explanation for two kinds of existing LED light fixtures, can learn that existing LED light fixture still has many shortcomings with not enough; In view of this, creator of the present utility model does one's utmost study and composition in addition, and has has finally researched and developed the all-round photosphere alveolitoid of one of the present utility model light fixture.
Utility model content
Main purpose of the present utility model, be to provide a kind of all-round photosphere alveolitoid light fixture, one top board is directly arranged on the top of main body, and sees through one second thermal plastic insulation and directly copper wire layer is adhered on to basic unit, then this link base layer is crossed to one first heat-conducting glue be arranged on this top board; So, multiple LED assemblies just can be placed on this cylindrical portion by the mode being welded to each other with this copper wire layer, and, those LED assemblies also can around fold portion and lower folding and sticking invests the sidewall of this main body by this basic unit multiple, when those LED assemblies on being arranged at main body are simultaneously luminous, the scope that its light is contained can exceed 270o, and then reaches the effect that all-round light is contained.In addition, multiplely around fold portion and can increase area of dissipation because basic unit has, therefore, in the time that those LED assemblies are luminous, its heat producing just can see through copper wire layer and basic unit and conduct to top board, and see through simultaneously those around the portion of folding conduct to the heat that whole main body produces LED assembly and leave, have quite good radiating effect.
In order to reach the purpose of this utility model, the utility model proposes a kind of all-round photosphere alveolitoid light fixture, comprising:
One main body, wherein, the inside of this main body is provided with at least one control circuit module;
One top board, is arranged on the top of this main body;
One basic unit, be arranged on this top board by one first heat-conducting glue, wherein, this basic unit has a central circuit supporting part and multiple portion that folds around, and, this central authorities' circuit supporting part is positioned at the top of this main body with respect to this top board, and those around fold portion by lower folding to be attached at the sidewall of this main body;
One insulating barrier, is attached on this basic unit by one first thermal plastic insulation;
One copper wire layer, be attached on this insulating barrier by one second thermal plastic insulation, and be electrically connected with this at least one control circuit module, and this copper wire layer has multiple the first weld pads and multiple the second weld pad, wherein those first weld pads are positioned on this second thermal plastic insulation with respect to this central authorities' circuit supporting part, and those second weld pads fold portion around with respect to those and are positioned on this second thermal plastic insulation;
One welding resisting layer, cover this copper wire layer, wherein, this welding resisting layer has multiple the first welding windows and multiple welding resisting layer folds portion, and each welding resisting layer folds and in portion, offers multiple the second welding windows, wherein, the plurality of the first welding window and the plurality of the second welding window are respectively in order to expose the plurality of the first weld pad and the plurality of the second weld pad;
An at least one LED assembly, is arranged on this welding resisting layer, and is welded to each other with those first weld pads through those first welding windows;
Multiple the 2nd LED assemblies, are arranged on this welding resisting layer, and are welded to each other with those second weld pads through those second welding windows;
One radiating module, is arranged at around the side of this main body, and this radiating module is made up of multiple radiating fin;
One cover body, is arranged on this radiating module, and covers and protect this copper wire layer, this basic unit, this welding resisting layer, this at least one LED assembly, the plurality of the 2nd LED assembly and this insulating barrier; And
One lamp socket, is bonded to the bottom of this main body, and is electrically connected with this at least one control circuit module.
All-round photosphere alveolitoid light fixture as above, wherein, the hollow aluminium extruded that this main body is formed in one, and this main body is a hollow circuit cylinder or a hollow polygonal column.
All-round photosphere alveolitoid light fixture as above, also comprises a fixture, and wherein, this radiating module has a groove, and embeds this groove by this fixture, and then this radiating module is fixed on this main body.
All-round photosphere alveolitoid light fixture as above, wherein, this cover body sees through this groove of embedding and is arranged on this radiating module.
All-round photosphere alveolitoid light fixture as above, wherein, this welding resisting layer is the white paint of a tool reflection and heat radiation function.
All-round photosphere alveolitoid light fixture as above, wherein, this insulating barrier is polypropylene, polyethylene or Merlon.
All-round photosphere alveolitoid light fixture as above, wherein, this insulating barrier is only positioned at the bottom of the bending place of this second thermal plastic insulation, for preventing the rupture breakage of this second thermal plastic insulation.
All-round photosphere alveolitoid light fixture as above, this LED assembly is horizontal packaged type LED assembly, chip direct package type LED assembly or chip package type LED assembly.
All-round photosphere alveolitoid light fixture as above, wherein, described chip package type LED assembly is by least one LED chip is arranged on a substrate, and has the colloid of fluorescent material and make coated with one.
All-round photosphere alveolitoid light fixture as above, wherein, described chip direct package type LED assembly, comprising:
One substrate;
At least one LED chip, is arranged on this substrate;
One transparent colloid, covers this LED chip; And
One fluorescent material, is arranged on this substrate, in order to cover this LED chip and this transparent colloid.
All-round photosphere alveolitoid light fixture as above, wherein, described chip package type LED assembly comprises:
One substrate, its surface is provided with this copper wire layer;
At least one LED chip, by least two terminal solderings on copper wire layer; And
One has the colloid of fluorescent material, covers this LED chip.
All-round photosphere alveolitoid light fixture as above, wherein, has one second heat-conducting glue, in order to conduct heat energy between this top board and the top of this main body.
All-round photosphere alveolitoid light fixture as above, wherein, the material of this top board is aluminium, epoxy resin or glass fibre.
All-round photosphere alveolitoid light fixture as above, wherein, this all-round photosphere alveolitoid light fixture also comprises an edges of boards electric current preventing layer, coat on this top board, and between this heat-conducting glue.
All-round photosphere alveolitoid light fixture as above, wherein, this basic unit is an aluminium foil.
All-round photosphere alveolitoid light fixture as above, also comprises a LED fixing glue, is arranged at the bottom of the plurality of LED assembly, in order to fix those LED assemblies on this welding resisting layer.
Compared with prior art, the beneficial effects of the utility model are:
1. in the utility model, one top board 18 is directly arranged on the top of main body 11, and directly copper wire layer 12 is adhered on insulating barrier 17 through one second thermal plastic insulation 12a, and insulating barrier 17 is attached on basic unit 13, then this basic unit 13 is arranged on this top board 18 by one first heat-conducting glue 13a; So, multiple LED assemblies just can be placed on this cylindrical portion by the mode being welded to each other with this copper wire layer 12, do not need to use any circuit board, assemble very convenient.And, those LED assemblies also can around fold portion 132 and lower folding and sticking invests the sidewall of this main body 11 by multiple, when those LED assemblies on being arranged at main body 11 are simultaneously luminous, the scope that its light is contained can exceed 270 °, and then reaches the effect that all-round light is contained.
2. hold above-mentioned the 1st point, because the utility model does not use any circuit board, therefore, in order effectively to support copper wire layer 12, the utility model just supports those LED assemblies (15,16) of copper wire layer 12 and top thereof with a basic unit 13 with heat conduction effect; And multiplely around fold portion and can increase area of dissipation because basic unit has, therefore, when those LED assemblies (15,16) when luminous, its heat producing just can see through copper wire layer 12 and conduct to top board 18 with basic unit 13, and see through simultaneously those around the portion of folding conduct to the heat that whole main body 11 produces LED assembly and leave, have quite good radiating effect.
Accompanying drawing explanation
Fig. 1 is the perspective view of the spherical light fixture of a kind of existing LED;
Fig. 2 is the side sectional view of the spherical light fixture of a kind of all-round smooth LED;
Fig. 3 is the stereogram of a kind of all-round photosphere alveolitoid light fixture of the present utility model;
Fig. 4 is the assembly three-dimensional exploded view of a basic unit, a welding resisting layer, an at least one LED assembly and multiple the 2nd LED;
Fig. 5 A is the top view of a basic unit, a welding resisting layer, an at least one LED assembly and multiple the 2nd LED assemblies;
Fig. 5 B is the side sectional view of a kind of basic unit of the present utility model, welding resisting layer, an at least one LED assembly and the 2nd LED assembly;
Fig. 6 is the side sectional view that second of basic unit implements aspect;
Fig. 7 is the part assembly three-dimensional combination figure of a kind of all-round photosphere alveolitoid light fixture of the present utility model; And
Fig. 8 A, Fig. 8 B, Fig. 8 C and Fig. 8 D are the lateral plan of LED assembly.
Main symbol description in figure:
1: all-round photosphere alveolitoid light fixture
10: lamp socket 11: main body
12: copper wire layer 13: basic unit
13a: the first heat-conducting glue 14: welding resisting layer
16: the two LED assemblies of 15: the LED assemblies
17: insulating barrier 17a: the first thermal plastic insulation
18: top board 19: radiating module
191: radiating fin 192: fixture
193: groove 20: cover body
122: the second welded gaskets of 121: the first welded gaskets
123: terminal 21:LED chip
21a: transparent colloid 22: substrate
23: fluorescent material 12a: the second thermal plastic insulation
131: central circuit supporting part 132: fold portion around
142: the second welding windows of 141: the first welding windows
143: welding resisting layer folds portion
Prior art:
1 ': the spherical light fixture of LED
11 ': main body 12 ': pedestal
13 ': cover body 14 ': substrate
15 ': LED assembly
1 ' ': the spherical light fixture of all-round smooth LED
11 ' ': main body 12 ' ': pedestal
13 ' ': cover body 14 ' ': substrate
15 ' ': LED assembly 16 ' ': taper optically focused astigmatism body
17 ' ': location-plate
The specific embodiment
The all-round photosphere alveolitoid of the one light fixture proposing in order more clearly to describe the utility model, below will coordinate graphicly, elaborate preferred embodiment of the present utility model.
Please refer to Fig. 3 and Fig. 4, the stereogram of a kind of all-round photosphere alveolitoid light fixture of the present utility model, and the assembly three-dimensional exploded view of a basic unit, a welding resisting layer, an at least one LED assembly and multiple the 2nd LED.As shown in the figure, all-round photosphere alveolitoid light fixture 1 of the present utility model comprises: a main body 11, a copper wire layer 12, a basic unit 13, a welding resisting layer 14, one second thermal plastic insulation 12a, an at least one LED assembly 15, multiple the 2nd LED assembly 16, an insulating barrier 17, a top board 18, a radiating module 19, a cover body 20 and a lamp socket 10, wherein, this main body 11 is made by the material with good heat conductive characteristic, and its hollow aluminium extruded being formed in one; And, within this main body 11, being provided with at least one control circuit module, this at least one control circuit module is electrically connected mutually with the lamp socket 10 that this is bonded to these main body 11 bottoms.In addition, in order to promote the heat dissipation of main body 11, this radiating module 19 is set around in the side of main body 11, wherein, this radiating module 19 is made up of multiple radiating fin 191.Separately, 20 of cover bodies are arranged on this radiating module 19, in order to cover and to protect this copper wire layer 12, this basic unit 13, this welding resisting layer 14, this at least one LED assembly 15, the plurality of the 2nd LED assembly 16 and this insulating barrier 17 in main body 11.
Consult unceasingly Fig. 3 and Fig. 4, and please refer to Fig. 5 A and Fig. 5 B, be respectively top view and the side sectional view of basic unit 13, welding resisting layer 14, insulating barrier 17, a LED assembly 15 and the 2nd LED assembly 16.As shown in the figure, this top board 18 is arranged at the top of this main body 11, and there is one second heat-conducting glue in order to conduct heat energy between this top board 18 and the top of this main body 11, and this basic unit 13 is arranged on this top board 18 by one first heat-conducting glue 13a, wherein, this basic unit 13 is an aluminium foil, and there are a central circuit supporting part 131 and multiple portions 132 that fold around, and, this central authorities' circuit supporting part 131 is attached on this top board 18, and those around fold portion 132 by lower folding to be attached at the sidewall of this main body 11.Especially, in the utility model, this insulating barrier 17, be attached on this basic unit 13 by one first thermal plastic insulation 17a, this copper wire layer 12 is attached on this insulating barrier 17 by one second thermal plastic insulation 12a, and is electrically connected with this at least one control circuit module in main body 11.
All-round photosphere alveolitoid light fixture 1 of the present utility model is described unceasingly, and this welding resisting layer 14 is for having a white paint of reflection and heat radiation function, and it covers this copper wire layer 12; As shown in the figure, welding resisting layer 14 has multiple the first welding windows 141 and multiple welding resisting layers and folds portion 143, and each welding resisting layer folds and in portion 143, offers multiple the second welding windows 142; Again, those the first welding windows 141 and those the second welding windows 142 are respectively in order to expose those the first weld pads 121 and those second weld pads 122.The material of this top board 18 is aluminium, epoxy resin or glass fibre.
Hold above-mentioned explanation, as shown in the figure, the quantity of a LED assembly 15 is two (also can be one), and it is arranged on this welding resisting layer 14, and is welded to each other with those first welded gaskets 121 through those first welding windows 141.Separately, the plurality of the 2nd LED assembly 16 is arranged on this welding resisting layer 14 equally, and is welded to each other with those second weld pads 122 through those second welding windows 142.And a LED fixing glue is arranged at the bottom of the plurality of LED assembly, in order to fix those LED assemblies on this welding resisting layer.In this, what must remark additionally is, the major function of aforementioned welding resisting layer 14 is as follows: because the scolding tin on those first welded gaskets 121 (or second welded gasket 122) may be when the high temperature reflow and flow in left and right, and arranging of welding resisting layer 14 can prevent that the left and right of melting scolding tin is mobile, therefore needn't worry that adjacent two the first welded gaskets 121 (or adjacent two second welded gaskets 122) can, because the mobile and connected with each other situation in the left and right of scolding tin occurs, promote the process rate of LED light fixture in this way.
All-round photosphere alveolitoid light fixture 1 of the present utility model is described unceasingly, refers to Fig. 6, for second of basic unit implements the side sectional view of aspect.As shown in the figure, this insulating barrier 17 is only positioned at the bottom of the bending place of this second thermal plastic insulation 12a, in order to prevent the rupture breakage of this second thermal plastic insulation 12a; And the material of this insulating barrier 17 is polypropylene, polyethylene or Merlon.
In addition, in order to prevent the generation of edges of boards electric current, this all-round photosphere alveolitoid light fixture also comprises an edges of boards electric current preventing layer, coat on this top board 18, and between this first heat-conducting glue 13a; So arrange, just can increase the proof voltage number of copper wire layer 12 and a LED assembly 15, the 2nd LED assembly 16, extend the service life of all-round photosphere alveolitoid light fixture 1 of the present utility model.
So, the above-mentioned basic structure that has clearly demonstrated all-round photosphere alveolitoid light fixture 1 of the present utility model, in this, what must go supplementary notes is again, although the main body 11 shown in Fig. 4 is a cylinder, so, not limit the enforcement aspect of this main body 11 with this, refer to Fig. 7, the part assembly three-dimensional combination figure of a kind of all-round photosphere alveolitoid light fixture of the present utility model.In some applications, main body 11 can be also a polygonal column, for example octagonal column, and top board 18 is an octagon accordingly, and multiple quantity that fold portion 132 around of basic unit 13 are eight accordingly.
Please continue to refer to Fig. 7, as shown in the figure, this radiating module 19 also has a groove 193, and this radiating module 19 is fixed on this main body 11 by fixture 192 these grooves 193 of embedding; And this cover body 20 also sees through this groove 193 of embedding and is arranged on this radiating module 19.
Please continue to refer to Fig. 8 A, Fig. 8 B Fig. 8 C and Fig. 8 D, the lateral plan of LED assembly.As shown in Figure 8 A, it can be horizontal packaged type LED assembly for this LED assembly 15 that the utility model uses and LED assembly 16, for example: pcb board type LED assembly, metallic support type LED assembly or side view LED assembly.In addition, as shown in Figure 8 B, the LED assembly 15 that the utility model uses and LED assembly 16, it can be also chip direct package type LED assembly; This chip direct package type LED assembly is by least one LED chip 21 is arranged on a substrate 22, and makes coated with a fluorescent material 23, and wherein, LED chip 21 sees through gold thread and is welded on this substrate 22.And, be welded on this substrate 22 because LED chip 21 sees through gold thread, then cover this LED chip 21 with a transparent colloid 21a, then cover this LED chip 21 and this transparent colloid 21a with fluorescent material 23 again.Moreover, as shown in Figure 8 C, the LED assembly 15 that the utility model uses and LED assembly 16, it can be also chip package type LED assembly; Wherein, this chip package type LED assembly is by least one LED chip 21 is directly welded on a substrate 22, and covers and make with the colloid with fluorescent material 23.In the chip directly placed technology of practical application, during in the utility model, this substrate 22 refers to the basic unit 13 with this copper wire layer 12.
In addition,, as shown in Fig. 8 D, the structure of chip package type LED assembly also can be made up of substrate 22, LED chip 21, the colloid with fluorescent material 23 and multiple terminal 123; Wherein, the plurality of terminal 123 sees through low temperature scolding tin and is soldered on the copper wire layer 12 on substrate 22 surfaces, and the P terminal of LED chip 21 and N terminal see through high temperature scolding tin and be soldered on the plurality of terminal 123; Finally, then to there is the colloid of fluorescent material 23 cover this LED chip 21.
If using chip package type LED assembly as LED assembly 15 and LED assembly 16, more particularly mode is all LED chips 21 (as shown in Figure 8 C) to be soldered in advance to corresponding the first weld pad 121 of this substrate 22 and the second weld pad 122 (as shown in Figure 4); Then, then with a colloid with fluorescent material 23 cover all LED chips 21.Same, if using chip direct package type LED assembly as LED assembly 15 and LED assembly 16, we can use gold thread that all LED chips 21 (as shown in Figure 8 B) are soldered to corresponding the first weld pad 121 of this substrate 22 and the second weld pad 122 (as shown in Figure 4) in advance; Then, then coated with a transparent colloid 21a on all LED chips 21, last cover this transparent colloid 21a and all LED chip 21 with a fluorescent material 23 again.
Above embodiment is only exemplary embodiment of the present utility model, is not used in restriction the utility model, and protection domain of the present utility model is defined by the claims.Those skilled in the art can, in essence of the present utility model and protection domain, make various modifications or be equal to replacement the utility model, this modification or be equal to replacement and also should be considered as dropping in protection domain of the present utility model.
Claims (16)
1. an all-round photosphere alveolitoid light fixture, is characterized in that, comprising:
One main body, wherein, the inside of this main body is provided with at least one control circuit module;
One top board, is arranged on the top of this main body;
One basic unit, be arranged on this top board by one first heat-conducting glue, wherein, this basic unit has a central circuit supporting part and multiple portion that folds around, and, this central authorities' circuit supporting part is positioned at the top of this main body with respect to this top board, and those around fold portion by lower folding to be attached at the sidewall of this main body;
One insulating barrier, is attached on this basic unit by one first thermal plastic insulation;
One copper wire layer, be attached on this insulating barrier by one second thermal plastic insulation, and be electrically connected with this at least one control circuit module, and this copper wire layer has multiple the first weld pads and multiple the second weld pad, wherein those first weld pads are positioned on this second thermal plastic insulation with respect to this central authorities' circuit supporting part, and those second weld pads fold portion around with respect to those and are positioned on this second thermal plastic insulation;
One welding resisting layer, cover this copper wire layer, wherein, this welding resisting layer has multiple the first welding windows and multiple welding resisting layer folds portion, and each welding resisting layer folds and in portion, offers multiple the second welding windows, wherein, the plurality of the first welding window and the plurality of the second welding window are respectively in order to expose the plurality of the first weld pad and the plurality of the second weld pad;
An at least one LED assembly, is arranged on this welding resisting layer, and is welded to each other with those first weld pads through those first welding windows;
Multiple the 2nd LED assemblies, are arranged on this welding resisting layer, and are welded to each other with those second weld pads through those second welding windows;
One radiating module, is arranged at around the side of this main body, and this radiating module is made up of multiple radiating fin;
One cover body, is arranged on this radiating module, and covers and protect this copper wire layer, this basic unit, this welding resisting layer, this at least one LED assembly, the plurality of the 2nd LED assembly and this insulating barrier; And
One lamp socket, is bonded to the bottom of this main body, and is electrically connected with this at least one control circuit module.
2. all-round photosphere alveolitoid light fixture according to claim 1, is characterized in that, wherein, and the hollow aluminium extruded that this main body is formed in one, and this main body is a hollow circuit cylinder or a hollow polygonal column.
3. all-round photosphere alveolitoid light fixture according to claim 1, is characterized in that, also comprise a fixture, wherein, this radiating module has a groove, and embeds this groove by this fixture, and then this radiating module is fixed on this main body.
4. all-round photosphere alveolitoid light fixture according to claim 3, is characterized in that, wherein, this cover body sees through this groove of embedding and is arranged on this radiating module.
5. all-round photosphere alveolitoid light fixture according to claim 1, is characterized in that, wherein, this welding resisting layer is the white paint of a tool reflection and heat radiation function.
6. all-round photosphere alveolitoid light fixture according to claim 1, is characterized in that, wherein, this insulating barrier is polypropylene, polyethylene or Merlon.
7. all-round photosphere alveolitoid light fixture according to claim 6, is characterized in that, wherein, this insulating barrier is only positioned at the bottom of the bending place of this second thermal plastic insulation, for preventing the rupture breakage of this second thermal plastic insulation.
8. all-round photosphere alveolitoid light fixture according to claim 1, is characterized in that, wherein, this LED assembly is horizontal packaged type LED assembly, chip direct package type LED assembly or chip package type LED assembly.
9. all-round photosphere alveolitoid light fixture according to claim 8, is characterized in that, wherein, described chip package type LED assembly is by least one LED chip is arranged on a substrate, and has the colloid of fluorescent material and make coated with one.
10. all-round photosphere alveolitoid light fixture according to claim 8, is characterized in that, wherein, described chip direct package type LED assembly, comprising:
One substrate;
At least one LED chip, is arranged on this substrate;
One transparent colloid, covers this LED chip; And
One fluorescent material, is arranged on this substrate, in order to cover this LED chip and this transparent colloid.
11. all-round photosphere alveolitoid light fixtures according to claim 8, is characterized in that, wherein, described chip package type LED assembly comprises:
One substrate, its surface is provided with this copper wire layer;
At least one LED chip, by least two terminal solderings on copper wire layer; And
One has the colloid of fluorescent material, covers this LED chip.
12. all-round photosphere alveolitoid light fixtures according to claim 1, is characterized in that, wherein, have one second heat-conducting glue, in order to conduct heat energy between this top board and the top of this main body.
13. all-round photosphere alveolitoid light fixtures according to claim 1, is characterized in that, wherein, the material of this top board is aluminium, epoxy resin or glass fibre.
14. all-round photosphere alveolitoid light fixtures according to claim 1, is characterized in that, wherein, this all-round photosphere alveolitoid light fixture also comprises an edges of boards electric current preventing layer, coat on this top board, and between this heat-conducting glue.
15. all-round photosphere alveolitoid light fixtures according to claim 1, is characterized in that, wherein, this basic unit is an aluminium foil.
16. all-round photosphere alveolitoid light fixtures according to claim 1, is characterized in that, also comprise a LED fixing glue, are arranged at the bottom of the plurality of LED assembly, in order to fix those LED assemblies on this welding resisting layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320822789.XU CN203628370U (en) | 2013-12-13 | 2013-12-13 | All-round light bulb type lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320822789.XU CN203628370U (en) | 2013-12-13 | 2013-12-13 | All-round light bulb type lamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203628370U true CN203628370U (en) | 2014-06-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320822789.XU Expired - Fee Related CN203628370U (en) | 2013-12-13 | 2013-12-13 | All-round light bulb type lamp |
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| Country | Link |
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| CN (1) | CN203628370U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105390585A (en) * | 2014-08-21 | 2016-03-09 | 恒日光电股份有限公司 | Chip packaging module and packaging substrate |
| JP2016162594A (en) * | 2015-03-02 | 2016-09-05 | 東芝ライテック株式会社 | Lamp device |
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2013
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105390585A (en) * | 2014-08-21 | 2016-03-09 | 恒日光电股份有限公司 | Chip packaging module and packaging substrate |
| JP2016162594A (en) * | 2015-03-02 | 2016-09-05 | 東芝ライテック株式会社 | Lamp device |
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