CN203934023U - Driving power box and use the LED light source of this driving power box - Google Patents
Driving power box and use the LED light source of this driving power box Download PDFInfo
- Publication number
- CN203934023U CN203934023U CN201420379276.0U CN201420379276U CN203934023U CN 203934023 U CN203934023 U CN 203934023U CN 201420379276 U CN201420379276 U CN 201420379276U CN 203934023 U CN203934023 U CN 203934023U
- Authority
- CN
- China
- Prior art keywords
- conductive
- driving power
- conducting layer
- negative
- light source
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Abstract
The utility model discloses a kind of driving power box and use the LED light source of this driving power box; Belong to LED light source technical field; Its technical essential comprises heating panel, at heating panel, be wherein simultaneously provided with driving power box, described driving power box by box body, be arranged on the driving power module in box body and be arranged on box body and heating panel between conductive plate form, between conductive plate and heating panel, be provided with insulating barrier, on the heating panel of box body side, be radial some light source modules that are evenly equipped with; Described light source module by substrate, be distributed in the LED chip on substrate and be arranged on substrate wherein positive terminal and the anode connector of one end close end form, positive and negative electrode joint is connected with each LED chip respectively; From the central point of box body LED chip light-emitting area farthest and the connecting line at edge, box body upper surface and the angle between substrate, it is 5～45 °; The utility model aims to provide a kind of rational in infrastructure and driving power box that illuminating effect is good and uses the LED light source of this driving power box; For indoor and outdoor lighting.
Description
Technical field
The utility model relates to a kind of power pack, more particularly, relates in particular to a kind of driving power box for LED light source.The utility model also relates to the LED light source that uses this driving power box.
Background technology
LED light source, with its technical characterstic such as efficient, energy-conservation, long-lived, small and exquisite, is becoming main force's product of illumination market of new generation, and is effectively pulling the high speed development of environmental protection, Energy Saving Industry.Under every industrial policy of government is helped, just progressively replace traditional lighting and enter huge numbers of families, and social every field.Reduce production costs, improve installation effectiveness, and the convenience of raising replacing traditional lighting light fixture, be one of technical barrier of further promoting LED light source.
Utility model content
The purpose of this utility model is to provide a kind of rational in infrastructure, easy to use and respond well driving power box.
Another object of the present utility model is to provide the LED light source of the above-mentioned driving power box of a kind of use rational in infrastructure and that illuminating effect is good.
Last technical scheme of the present utility model is achieved in that a kind of driving power box, comprise box body, in box body, be provided with driving power module, wherein said box body outer face is provided with conductive plate, described conductive plate comprises insulated substrate, on insulated substrate two sides, be respectively equipped with positive electrode conducting layer and negative conducting layer, just, negative conducting layer is connected by conducting connecting part with driving power module, at insulated substrate, be wherein circumferentially intervally distributed with some anodal conductive parts that cooperatively interact and negative pole conductive part in edge, side plate face edge, each anodal conductive part is connected with positive electrode conducting layer, each negative pole conductive part is connected with negative conducting layer, driving power module is connected with external light source module by corresponding positive and negative electrode conductive part.
In above-mentioned driving power box, on insulated substrate, be provided with location hole and the first wire through-hole, in box body outer face, be provided with the positioning boss corresponding with location hole, in box body, be provided with location notch, at location notch inner bottom part, be provided with second wire through-hole corresponding with the first wire through-hole, power line is sequentially connected with driving power module through heating panel, insulating barrier, insulated substrate and box body; On power line, be provided with the flexible limit band matching with location notch or be marked with fixing glue in the location notch of power line periphery.
In above-mentioned driving power box, the insulated substrate edge corresponding at positive and negative electrode conductive part is equipped with connection breach, connects breach corresponding with the both positive and negative polarity conductive plate of external light source module.
In above-mentioned driving power box, the positive and negative electrode conductive part cooperatively interacting is arranged on the insulated substrate plate face edge at negative conducting layer place, the conducting respectively of each negative pole conductive part and negative conducting layer; Between each anodal conductive part and positive electrode conducting layer, be equipped with the first conductive structure, each anodal conductive part is connected conducting with positive electrode conducting layer by the first corresponding conductive structure; Described the first conductive structure consists of the conductive layer that runs through the conductive hole of insulated substrate and be arranged on conductive hole inwall, the anodal conductive part of conductive layer conducting and positive electrode conducting layer.
In above-mentioned driving power box, on the insulated substrate plate face at negative conducting layer place, be provided with anodal conductive plate and cathode conductive disk, positive and negative electrode conductive plate is connected with driving power module by conducting connecting part; Described cathode conductive disk is connected conducting with negative conducting layer, anodal conductive plate and negative conducting layer mutually insulated; Described anodal conductive plate is connected conducting by the second conductive structure with positive electrode conducting layer; Described the second conductive structure consists of the conductive layer that runs through the conductive hole of insulated substrate and be arranged on conductive hole inwall, the anodal conductive plate of conductive layer conducting and positive electrode conducting layer.
In above-mentioned driving power box, described conducting connecting part is conductive pole, between driving power module and positive and negative electrode conductive plate, is connected conduction respectively by conductive pole.
After of the present utility model, a technical scheme is achieved in that a kind of LED light source, comprise heating panel, wherein said heating panel wherein one side is provided with driving power box, described driving power box by box body, be arranged on the driving power module in box body and be arranged on box body and heating panel between conductive plate form, between conductive plate and heating panel, be provided with insulating barrier, on the heating panel of box body side, be radial some light source modules that are evenly equipped with; Described light source module by substrate, be distributed in the LED chip on substrate and be arranged on substrate wherein positive terminal and the anode connector of one end close end form, positive and negative electrode joint is connected with each LED chip respectively; From the central point of box body LED chip light-emitting area farthest and the connecting line at edge, box body upper surface and the angle between substrate, it is 5～45 °; Described conductive plate comprises insulated substrate, on insulated substrate two sides, be respectively equipped with positive electrode conducting layer and negative conducting layer, positive and negative electrode conductive layer is connected by conducting connecting part with driving power module, on edge, insulated substrate edge, be circumferentially intervally distributed with some anodal conductive parts that cooperatively interact and negative pole conductive part, each anodal conductive part is connected with positive electrode conducting layer, each negative pole conductive part is connected with negative conducting layer, the connection corresponding to positive and negative electrode joint of positive and negative electrode conductive part.
In above-mentioned LED light source, the thickness of described insulating barrier and the thickness of substrate adapt; Conductive plate edge is pressed on substrate edges close end; The insulated substrate edge corresponding at positive and negative electrode conductive part is equipped with connection breach, connects breach corresponding respectively with corresponding positive and negative electrode joint.
In above-mentioned LED light source, on the corresponding position of heating panel, insulated substrate and insulating barrier, be equipped with location hole and the first wire through-hole, in box body outer face, be provided with the positioning boss corresponding with location hole, in box body, be provided with location notch, at location notch inner bottom part, be provided with second wire through-hole corresponding with the first wire through-hole, power line is sequentially connected with driving power module through heating panel, insulating barrier, insulated substrate and box body, is provided with the flexible limit band matching with location notch or is marked with fixing glue on power line in the location notch of power line periphery.
In above-mentioned LED light source, it is characterized in that, the positive and negative electrode conductive part cooperatively interacting is arranged on the insulated substrate plate face edge at negative conducting layer place, the conducting respectively of each negative pole conductive part and negative conducting layer; Between each anodal conductive part and positive electrode conducting layer, be equipped with the first conductive structure, each anodal conductive part is connected conducting with positive electrode conducting layer by the first corresponding conductive structure; Described the first conductive structure consists of the conductive layer that runs through the conductive hole of insulated substrate and be arranged on conductive hole inwall, the anodal conductive part of conductive layer conducting and positive electrode conducting layer.
In above-mentioned LED light source, on the insulated substrate plate face at negative conducting layer place, be provided with anodal conductive plate and cathode conductive disk, positive and negative electrode conductive plate is connected with driving power module by conducting connecting part; Described cathode conductive disk is connected conducting with negative conducting layer, anodal conductive plate and negative conducting layer mutually insulated; Described anodal conductive plate is connected conducting by the second conductive structure with positive electrode conducting layer; Described the second conductive structure consists of the conductive layer that runs through the conductive hole of insulated substrate and be arranged on conductive hole inwall, the anodal conductive plate of conductive layer conducting and positive electrode conducting layer.
In above-mentioned LED light source, described conducting connecting part is conductive pole, between driving power module and positive and negative electrode conductive plate, is connected conduction respectively by conductive pole.
In above-mentioned LED light source, described heating panel another side is provided with some magnetic structures, heating panel with to be installed between by magnetic structure interval, be connected, the spacing between heating panel and to be installed is 2～10mm; Described magnetic structure is comprised of magnet protective cover and the first magnet being arranged in magnet protective cover.
In above-mentioned LED light source, described magnetic structure absorption is connected with magnetic base plate, and the spacing between described heating panel and magnetic base plate is 2～10mm; At magnetic bottom edge, be provided with the terminal fixed strip of strip, the upper and lower two sides of described terminal fixed strip are interval with the arc groove of mutual correspondence along its length; Described the first magnet adsorption is connected on magnetic base plate.
In above-mentioned LED light source, described driving power module is connected with binding post, and binding post is connected with external power source; Described binding post is mainly comprised of insulation wire holder, the insulation protective hood that is arranged on the insulation position seat of insulation wire holder bottom and is located at insulation wire holder periphery; On insulation wire holder, be provided with some wiring through holes, in each wiring through hole, be provided with contact tube, driving power box passes through contact tube conducting in being located in corresponding wiring through hole with the power line of external power source; Described insulation protective hood both sides are provided with the wiring hole corresponding with insulation wire holder, and described insulation protective hood is connected with insulation position seat; At insulation protective hood, be provided with elasticity on the peristome end face of both sides along its length and hook, be provided with elasticity and hook positioning through hole one to one on insulation position seat, described insulation protective hood and insulation position seat are hooked with positioning through hole and are connected by elasticity; Described insulation wire holder is provided with the installing hole that runs through bottom, in the insulation wire holder bottom of installing hole periphery, is provided with mounting groove, is provided with the second magnet in described mounting groove.
The utility model adopts after said structure, by conductive plate is set, by the conductive part at conductive plate edge, is connected with light source module, and that realizes driving power box and light source module is connected conduction fast, quickly and easily; And the setting of conductive plate, makes the connection processing between light source module and power pack can realize automation, operating efficiency significantly improves.Simultaneously, rational angle between outermost LED chip on the box body height of driving power box and light source module, make the light that light source module sends can not blocked by box body and occur dark space, center, and the smooth reflective surface of box body lateral surface can reflect the light irradiating thereon, not only effectively utilize light source but also guarantee intensity of illumination.Further, by rational magnet thickness is set, make magnet when facilitating lamp installation, both can guarantee the interval between heating panel and magnetic base plate, form thermal convection space, can make heat be passed to magnetic base plate by magnet again, by magnetic base plate auxiliary heat dissipation.
Accompanying drawing explanation
Below in conjunction with the embodiment in accompanying drawing, the utility model is described in further detail, but do not form any restriction of the present utility model.
Fig. 1 is the decomposition texture schematic diagram of the utility model embodiment 1 driving power box;
Fig. 2 is the decomposition texture schematic diagram of the utility model embodiment 1 box body;
Fig. 3 is the wherein structural representation of one side of the utility model embodiment 1 conductive plate;
Fig. 4 is the structural representation of the utility model embodiment 1 conductive plate another side;
Fig. 5 is the decomposition texture schematic diagram of the utility model embodiment 2LED light source;
Fig. 6 is the structural representation that in the utility model LED light source, conductive plate is connected with light source module;
Fig. 7 is the decomposition texture schematic diagram of the utility model binding post;
Fig. 8 is the polycrystalline substance schematic diagram of the utility model insulation position seat;
Fig. 9 is the mounting structure schematic diagram of the utility model embodiment 2LED light source;
Figure 10 is the decomposition texture schematic diagram of the utility model embodiment 3LED light source;
Figure 11 is the structural representation of magnetic base plate in the utility model embodiment 3;
Figure 12 is the sectional structure schematic diagram that the utility model is implemented your terminal fixed strip in 3;
Figure 13 is the local enlarged diagram at A place in Figure 11;
Figure 14 is the mounting structure schematic diagram that the utility model is implemented 3LED light source.
In figure: box body 1, location notch 1a, the second wire through-hole 1b, driving power module 2, insulated substrate 3, positive electrode conducting layer 3a, negative conducting layer 3b, anodal conductive part 3c, negative pole conductive part 3d, location hole 3e, the first wire through-hole 3f, connect breach 3g, the first conductive structure 3h, conducting connecting part 4, anodal conductive plate 5, cathode conductive disk 6, the second conductive structure 7, heating panel 8, insulating barrier 9, light source module 10, substrate 10a, LED chip 10b, positive terminal 10c, anode connector 10d, magnetic structure 11, magnet protective cover 12, the first magnet 13, magnetic base plate 14, terminal fixed strip 15, arc groove 15a, binding post 16, insulation wire holder 16a, insulation position seat 16b, insulation protective hood 16c, wiring hole 16d, elasticity hooks 16e, positioning through hole 16f, installing hole 16g, mounting groove 16h, the second magnet 16i.
Embodiment
Embodiment 1
Consult shown in Fig. 1 to Fig. 4, a kind of driving power box of the present utility model, a kind of driving power box, comprises box body 1, and box body 1 is comprised of cassette holder and lid, and this dismountable structure, facilitates installation and maintenance; In box body 1, be provided with driving power module 2, described box body 1 outer face is provided with conductive plate, described conductive plate comprises insulated substrate 3, on insulated substrate 3 two sides, be respectively equipped with positive electrode conducting layer 3a and negative conducting layer 3b, positive and negative electrode conductive layer 3a, 3b is connected by conducting connecting part 4 with driving power module 2, at insulated substrate 3, be wherein circumferentially intervally distributed with some anodal conductive part 3c that cooperatively interact and negative pole conductive part 3d in edge, side plate face edge, each anodal conductive part 3c is connected with positive electrode conducting layer 3a, and each negative pole conductive part 3d is connected with negative conducting layer 3b; Driving power module 2 is by corresponding positive and negative electrode conductive part 3c, and 3d is connected with external light source module.Meanwhile, for convenience of assembling, at positive and negative electrode conductive part 3c, insulated substrate 3 edges that 3d is corresponding are equipped with and connect breach 3g, connect breach 3g corresponding with the both positive and negative polarity conductive plate of external light source module.The shape that connects breach 1g can, for other shapes such as arc, semicircle are even square, be preferably semicircle in the present embodiment.
Particularly, in the present embodiment, the positive and negative electrode conductive part 3c cooperatively interacting, 3d is arranged on the insulated substrate 3 plate face edges at negative conducting layer 3b place, each negative pole conductive part 3d and negative conducting layer 3b conducting respectively; Between each anodal conductive part 3c and positive electrode conducting layer 3a, be equipped with the first conductive structure 3h, each anodal conductive part 3c is connected conducting with positive electrode conducting layer 3a by the first corresponding conductive structure 3h; Described the first conductive structure 3h consists of the conductive layer that runs through the conductive hole of insulated substrate 3 and be arranged on conductive hole inwall, the anodal conductive part 3c of conductive layer conducting and positive electrode conducting layer 3a.Meanwhile, on the insulated substrate 3 plate faces at negative conducting layer 3b place, be provided with anodal conductive plate 5 and cathode conductive disk 6, positive and negative electrode conductive plate 5,6 is connected with driving power module 2 by conducting connecting part 4; Described cathode conductive disk 6 is connected conducting with negative conducting layer 3b, anodal conductive plate 5 and negative conducting layer 3b mutually insulated; Described anodal conductive plate 5 is connected conducting by the second conductive structure 7 with positive electrode conducting layer 3a; Described the second conductive structure 7 consists of the conductive layer that runs through the conductive hole of insulated substrate 3 and be arranged on conductive hole inwall, the anodal conductive plate 5 of conductive layer conducting and positive electrode conducting layer 3a.
Certainly, the first conductive structure 3h and the second conductive structure 7 can be also other conductive structures, such as filling out the conventional electrically conducting manners such as tin, inner hole deposition copper, conductive pin in hole.Meanwhile, for convenience of assembling, conducting connecting part 4 is preferably conductive pole, between driving power module 2 and positive and negative electrode conductive plate 5,6, connects conduction respectively by conductive pole.In when assembling, conductive pole is welded on conductive plate in advance, and the other end welds after inserting welding hole default on driving power module 2 circuit boards through box body 1, assembles very convenient fast, and this connected mode, can adopt mechanization mode to process.
In addition, on insulated substrate 3, be provided with location hole 3e and the first wire through-hole 3f, in box body 1 outer face, be provided with the positioning boss corresponding with location hole 3e, in box body 1, be provided with location notch 1a, at location notch 1a inner bottom part, be provided with the second wire through-hole 1b corresponding with the first wire through-hole 3f, power line is sequentially through heating panel 8, insulating barrier 9, insulated substrate 3 and box body 1 are connected with driving power module 2, on power line, be provided with the flexible limit band matching with location notch 1a or be marked with fixing glue in the location notch 1a of power line periphery, in the present embodiment, adopt the mode of injecting glue to be fixed, this mode is simple to operate, stability is better.Certainly, these structures are not essential, when driving power box is arranged on the heating panel back side, not with the same plate face of light source module on time, its wire leading method also can change thereupon, so said structure is according to different installation requirement choice for uses.
Embodiment 2
Consult shown in Fig. 1 to Fig. 6, a kind of LED light source of the present utility model, comprise heating panel 8, it is characterized in that, described heating panel 8 wherein one side is provided with driving power box, described driving power box by box body 1, be arranged on the driving power module 2 in box body 1 and be arranged on box body 1 and heating panel 8 between conductive plate form, between conductive plate and heating panel 8, be provided with insulating barrier 9, on the heating panel 8 of box body 1 side, be radial some light source modules 10 that are evenly equipped with; Described light source module 10 by substrate 10a, be distributed in the LED chip 10b on substrate 10a and be arranged on substrate 10a wherein positive terminal 10c and the anode connector 10d of one end close end form, positive and negative electrode joint 10c, 10d is connected with each LED chip 10b respectively; Meanwhile, the thickness of the thickness of insulating barrier 9 and substrate 10a adapts; Conductive plate edge is pressed on substrate 10a edge close end; At positive and negative electrode conductive part 3c, insulated substrate 3 edges that 3d is corresponding are equipped with and connect breach 3g, connect breach 3g and corresponding positive and negative electrode joint 10c, and 10d is corresponding respectively.By above-mentioned this structure, semicircular connection breach 3g just with corresponding positive and negative electrode joint 10c, 10d is corresponding, can adopt automated production like this, not only simple in structure but also working effect is very high.
From the central point of box body 1 LED chip 10b light-emitting area farthest and connecting line and the angle between substrate 10a at box body 1 edge, upper surface, be 5～45 °, the central point of the projection of this connecting line on substrate 10a and this LED chip 10b light-emitting area to the connecting line of box body 1 axis is positioned on same vertical plane; This structure, can guarantee that the light that the LED chip 10b of proper ratio sends can not blocked by box body 1, and the smooth reflective surface of the part light that sends of LED chip 10b that is positioned at inner side by box body 1 lateral wall reflects, diffuse reflection, so not only effectively utilized light source but also guaranteed intensity of illumination.Described conductive plate comprises insulated substrate 3, on insulated substrate 3 two sides, be respectively equipped with positive electrode conducting layer 3a and negative conducting layer 3b, positive and negative electrode conductive layer 3a, 3b is connected by conducting connecting part 4 with driving power module 2, on insulated substrate 3 edges, edges, be circumferentially intervally distributed with some anodal conductive part 3c that cooperatively interact and negative pole conductive part 3d, each anodal conductive part 3c is connected with positive electrode conducting layer 3a, each negative pole conductive part 3d is connected with negative conducting layer 3b, positive and negative electrode conductive part 3c, 3d and positive and negative electrode joint 8c, 8d is corresponding to be connected.
Meanwhile, at heating panel 8 another sides, be provided with some magnetic structures 11, heating panel 8 with to be installed between by magnetic structure 9 intervals, be connected, the spacing between heating panel 8 and to be installed is 2～10mm; Described magnetic structure 11 is comprised of magnet protective cover 12 and the first magnet 13 being arranged in magnet protective cover 12.Adopt this structure, make lamp installation convenient, and the suitable thickness of the first magnet 13, not only can guarantee the stability of absorption, and can between heating panel 8 and adsorbate, form ebb interval, prior, suitable thickness, can also, when cross-ventilation is not obvious, realize the object that heat is passed to adsorbate, adsorbate and heating panel 8 are dispelled the heat simultaneously, make radiating effect better.Further, LED light source of the present utility model, be mainly used in substituting existing ceiling lamp light source, the installation environment of LED light source is an environment for sealing relatively, cross-ventilation is poor, dispel the heat again in main heat carrier heat conduction to the light fixture outside that relies on, adopt said structure, suitable distance between heating panel 8 and to be installed, make face to be installed become the second radiator, and compare heating panel 8, be close on to be installed, install at this interval, make to be installed area that participates in heat conduction and heat radiation larger, this is because the heat on heating panel 8 is to be undertaken heat conducting by itself and the air between to be installed, and air transmitted is diffusion type, this region that just makes to be installed upper participation dispel the heat can be much larger than the area of heating panel 8, and due to distance suitably, the efficiency of air thermal conductance heat is quite high and stable, can not affect the efficiency of heat conduction, on this basis, in the time of protection heat transfer efficiency, increased significantly the area of heat radiation, within thereby the central temperature that makes LED light source can remain on normal working temperature, make LED light source longer service life of the present utility model, use more stable.
In the present embodiment, for making light fixture compact overall structure, reduce exposing of circuit, at heating panel 8, on insulated substrate 3 and the corresponding position of insulating barrier 9, be equipped with location hole 3e and the first wire through-hole 3f, in box body 1 outer face, be provided with the positioning boss corresponding with location hole 3e, in box body 1, be provided with location notch 1a, at location notch 1a inner bottom part, be provided with the second wire through-hole 1b corresponding with the first wire through-hole 3f, power line is sequentially through heating panel 8, insulating barrier 9, insulated substrate 3 and box body 1 are connected with driving power module 2, on power line, be provided with the flexible limit band matching with location notch 1a or be marked with fixing glue in the location notch 1a of power line periphery.
In the present embodiment, the positive and negative electrode conductive part 3c cooperatively interacting, 3d is arranged on the insulated substrate 3 plate face edges at negative conducting layer 3b place, each negative pole conductive part 3d and negative conducting layer 3b conducting respectively; Between each anodal conductive part 3c and positive electrode conducting layer 3a, be equipped with the first conductive structure 3h, each anodal conductive part 3c is connected conducting with positive electrode conducting layer 3a by the first corresponding conductive structure 3h; Described the first conductive structure 3h consists of the conductive layer that runs through the conductive hole of insulated substrate 3 and be arranged on conductive hole inwall, the anodal conductive part 3c of conductive layer conducting and positive electrode conducting layer 3a.Meanwhile, on the insulated substrate 3 plate faces at negative conducting layer 3b place, be provided with anodal conductive plate 5 and cathode conductive disk 6, positive and negative electrode conductive plate 5,6 is connected with driving power module 2 by conducting connecting part 4; Described cathode conductive disk 6 is connected conducting with negative conducting layer 3b, anodal conductive plate 5 and negative conducting layer 3b mutually insulated; Described anodal conductive plate 5 is connected conducting by the second conductive structure 7 with positive electrode conducting layer 3a; Described the second conductive structure 7 consists of the conductive layer that runs through the conductive hole of insulated substrate 3 and be arranged on conductive hole inwall, the anodal conductive plate 5 of conductive layer conducting and positive electrode conducting layer 3a.
Certainly, the first conductive structure 3h and the second conductive structure 7 can be also other conductive structures, such as filling out the conventional electrically conducting manners such as copper, conductive pin in hole.Meanwhile, for convenience of assembling, conducting connecting part 4 is preferably conductive pole, between driving power module 2 and positive and negative electrode conductive plate 5,6, connects conduction respectively by conductive pole.In when assembling, conductive pole is welded on conductive plate in advance, and the other end welds after inserting welding hole default on driving power module 2 circuit boards through box body 1, assembles very convenient fast, and this connected mode, can adopt mechanization mode to process.
Further, consult shown in Fig. 7 and Fig. 8, described driving power module 2 is connected with binding post 16, and binding post 16 is connected with external power source; Described binding post 16 is mainly comprised of insulation wire holder 16a, the insulation protective hood 16c that is arranged on the insulation position seat 16b of insulation wire holder 16a bottom and is located at insulation wire holder 16a periphery; On insulation wire holder 16a, be provided with some wiring through holes, in each wiring through hole, be provided with contact tube, driving power box passes through contact tube conducting in being located in corresponding wiring through hole with the power line of external power source; Described insulation protective hood 16c both sides are provided with the wiring hole 16d corresponding with insulation wire holder 16a, and described insulation protective hood 16c is connected with insulation position seat 16b; At insulation protective hood 16c, be provided with elasticity on the peristome end face of both sides along its length and hook 16e, on insulation position seat 16b, be provided with elasticity and hook 16e positioning through hole 16f one to one, described insulation protective hood 16c and insulation position seat 16b hook 16e by elasticity and positioning through hole 16f is connected; Described insulation wire holder 16a is provided with the installing hole 16g that runs through bottom, in the insulation wire holder 16a bottom of installing hole 16g periphery, is provided with mounting groove 16h, is provided with the second magnet 16i in described mounting groove 16h.By binding post 16 is set, not only can play the effect of insulation, and very convenient during dismounting, only need to disconnect being connected of binding post 16 and external power source, can realize very quickly the dismounting of lamp main body.
LED light source of the present utility model, is mainly used in substituting existing ceiling lamp light source, to reaching easy for installation, energy-saving and emission-reduction, long service life, object that lighting effect is good.Consult shown in Fig. 9, during installation, first the light source in original ceiling light is removed, then by the first magnet 13 and the second magnet 16i, respectively heating panel 8 and binding post 16 are adsorbed on original mounting base, mounting base described in the present embodiment is iron plate, and therefore light source of the present utility model can directly adsorb installation.Then original outside mains supply is penetrated in contact tube and lock and complete the work of changing light source.Finally cover lampshade and complete whole installment work.Whole installation process is very convenient quick.Adopt this Installation Modes, follow-up maintenance, change all very convenient.
Embodiment 3
Consult shown in Figure 10, a kind of LED light source of the present utility model, its structure is substantially the same manner as Example 2, and difference is, and described magnetic structure 11 absorption are connected with magnetic base plate 14, and the spacing between described heating panel 8 and magnetic base plate 14 is 2～10mm.This structure is mainly that the mounting base of considering original ceiling light cannot adsorb magnet while being plastic material.Therefore need to increase a magnetic base plate 14.
Consult shown in Figure 11 to Figure 13, in order to further facilitate installation and the demolition and maintenance of light fixture, at magnetic base plate 14 edges, be provided with the terminal fixed strip 15 of strip, described terminal fixed strip is interval with the arc groove 15a of mutual correspondence in two sides Shang Xia 15 along its length.This structure, can select according to concrete needs the length of terminal fixed strip 15, if long, can directly break disconnected or one section of terminal fixed strip 15 of bending.
Consult shown in Figure 14, during installation, first magnetic base plate is screwed on the mounting base of original ceiling light, follow-up installation procedure is identical with embodiment 1.The first magnet 13 is adsorbed on magnetic base plate 14, and the second magnet 16i is adsorbed on terminal fixed strip 15.The rational length of terminal fixed strip 15, does not only affect the appearance but also do not affect use.
Above-described embodiment is preferably execution mode of the utility model; but execution mode of the present utility model is not restricted to the described embodiments; and other any do not deviate from change, the modification done under Spirit Essence of the present utility model and principle, substitutes, combination, simplify; all should be equivalent substitute mode, within being included in protection range of the present utility model.
Claims (10)
1. a driving power box, comprise box body (1), in box body (1), be provided with driving power module (2), it is characterized in that, described box body (1) outer face is provided with conductive plate, described conductive plate comprises insulated substrate (3), on insulated substrate (3) two sides, be respectively equipped with positive electrode conducting layer (3a) and negative conducting layer (3b), just, negative conducting layer (3a, 3b) be connected by conducting connecting part (4) with driving power module (2), at insulated substrate (3), be wherein circumferentially intervally distributed with some anodal conductive parts (3c) that cooperatively interact and negative pole conductive part (3d) in edge, side plate face edge, each anodal conductive part (3c) is connected with positive electrode conducting layer (3a), each negative pole conductive part (3d) is connected with negative conducting layer (3b), driving power module (2) is connected with external light source module by corresponding positive and negative electrode conductive part (3c, 3d).
2. driving power box according to claim 1, it is characterized in that, at insulated substrate (3) edge corresponding to positive and negative electrode conductive part (3c, 3d), be equipped with and connect breach (3g), connect breach (3g) corresponding with the both positive and negative polarity conductive plate of external light source module.
3. driving power box according to claim 1, it is characterized in that, positive and negative electrode conductive part (the 3c cooperatively interacting, 3d) be arranged on insulated substrate (3) the plate face edge at negative conducting layer (3b) place, the conducting respectively of each negative pole conductive part (3d) and negative conducting layer (3b); Between each anodal conductive part (3c) and positive electrode conducting layer (3a), be equipped with the first conductive structure (3h), each anodal conductive part (3c) is connected conducting with positive electrode conducting layer (3a) by corresponding the first conductive structure (3h); Described the first conductive structure (3h) consists of the conductive layer that runs through the conductive hole of insulated substrate (3) and be arranged on conductive hole inwall, the anodal conductive part (3c) of conductive layer conducting and positive electrode conducting layer (3a).
4. driving power box according to claim 1, it is characterized in that, on insulated substrate (3) the plate face at negative conducting layer (3b) place, be provided with anodal conductive plate (5) and cathode conductive disk (6), positive and negative electrode conductive plate (5,6) is connected with driving power module (2) by conducting connecting part (4); Described cathode conductive disk (6) is connected conducting with negative conducting layer (3b), anodal conductive plate (5) and negative conducting layer (3b) mutually insulated; Described anodal conductive plate (5) is connected conducting by the second conductive structure (7) with positive electrode conducting layer (3a); Described the second conductive structure (7) consists of the conductive layer that runs through the conductive hole of insulated substrate (3) and be arranged on conductive hole inwall, the anodal conductive plate (5) of conductive layer conducting and positive electrode conducting layer (3a); Described conducting connecting part (4) is conductive pole, between driving power module (2) and positive and negative electrode conductive plate (5,6), connects conduction respectively by conductive pole.
5. a LED light source, comprise heating panel (8), it is characterized in that, described heating panel (8) wherein one side is provided with driving power box, described driving power box by box body (1), be arranged on the driving power module (2) in box body (1) and be arranged on box body (1) and heating panel (8) between conductive plate form, between conductive plate and heating panel (8), be provided with insulating barrier (9), on the heating panel (8) of box body (1) side, be the radial some light source modules (10) that are evenly equipped with, described light source module (10) by substrate (10a), be distributed in the LED chip (10b) on substrate (10a) and be arranged on substrate (10a) that wherein the positive terminal of one end close end (10c) and anode connector (10d) form, positive and negative electrode joint (10c, 10d) is connected with each LED chip (10b) respectively, from the central point of box body (1) LED chip (10b) light-emitting area farthest and the connecting line at box body (1) edge, upper surface and the angle between substrate (10a), it is 5～45 °, described conductive plate comprises insulated substrate (3), on insulated substrate (3) two sides, be respectively equipped with positive electrode conducting layer (3a) and negative conducting layer (3b), just, negative conducting layer (3a, 3b) be connected by conducting connecting part (4) with driving power module (2), on edge, insulated substrate (3) edge, be circumferentially intervally distributed with some anodal conductive parts (3c) that cooperatively interact and negative pole conductive part (3d), each anodal conductive part (3c) is connected with positive electrode conducting layer (3a), each negative pole conductive part (3d) is connected with negative conducting layer (3b), just, negative pole conductive part (3c, 3d) with just, anode connector (10c, 10d) corresponding connection.
6. LED light source according to claim 5, is characterized in that, the thickness of the thickness of described insulating barrier (9) and substrate (10a) adapts; Conductive plate edge is pressed on substrate (10a) edge close end; At insulated substrate (3) edge corresponding to positive and negative electrode conductive part (3c, 3d), be equipped with and connect breach (3g), connect breach (3g) corresponding respectively with corresponding positive and negative electrode joint (10c, 10d).
7. LED light source according to claim 5, it is characterized in that, positive and negative electrode conductive part (the 3c cooperatively interacting, 3d) be arranged on insulated substrate (3) the plate face edge at negative conducting layer (3b) place, the conducting respectively of each negative pole conductive part (3d) and negative conducting layer (3b); Between each anodal conductive part (3c) and positive electrode conducting layer (3a), be equipped with the first conductive structure (3h), each anodal conductive part (3c) is connected conducting with positive electrode conducting layer (3a) by corresponding the first conductive structure (3h); Described the first conductive structure (3h) consists of the conductive layer that runs through the conductive hole of insulated substrate (3) and be arranged on conductive hole inwall, the anodal conductive part (3c) of conductive layer conducting and positive electrode conducting layer (3a).
8. LED light source according to claim 5, it is characterized in that, described heating panel (8) another side is provided with some magnetic structures (11), heating panel (8) with to be installed between by magnetic structure (9) interval, be connected, the spacing between heating panel (8) and to be installed is 2～10mm; Described magnetic structure (11) is comprised of magnet protective cover (12) and the first magnet (13) of being arranged in magnet protective cover (12).
9. LED light source according to claim 8, is characterized in that, described magnetic structure (11) absorption is connected with magnetic base plate (14), and the spacing between described heating panel (8) and magnetic base plate (14) is 2～10mm; At magnetic base plate (14) edge, be provided with the terminal fixed strip (15) of strip, the upper and lower two sides of described terminal fixed strip (15) are interval with the arc groove (15a) of mutual correspondence along its length; Described the first magnet (13) absorption is connected on magnetic base plate (14).
10. LED light source according to claim 9, is characterized in that, described driving power module (2) is connected with binding post (16), and binding post (16) is connected with external power source; Described binding post (16) mainly by insulation wire holder (16a), be arranged on the insulation position seat (16b) of insulation wire holder (16a) bottom and be located at the peripheral insulation protective hood (16c) of insulation wire holder (16a) and form; On insulation wire holder (16a), be provided with some wiring through holes, in each wiring through hole, be provided with contact tube, driving power box passes through contact tube conducting in being located in corresponding wiring through hole with the power line of external power source; Described insulation protective hood (16c) both sides are provided with the wiring hole (16d) corresponding with insulation wire holder (16a), and described insulation protective hood (16c) is connected with insulation position seat (16b); At insulation protective hood (16c), be provided with elasticity on the peristome end face of both sides along its length and hook (16e), on insulation position seat (16b), be provided with elasticity and hook (16e) positioning through hole (16f) one to one, described insulation protective hood (16c) and insulation position seat (16b) hook (16e) by elasticity and positioning through hole (16f) is connected; Described insulation wire holder (16a) is provided with the installing hole (16g) that runs through bottom, insulation wire holder (16a) bottom peripheral at installing hole (16g) is provided with mounting groove (16h), is provided with the second magnet (16i) in described mounting groove (16h).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420379276.0U CN203934023U (en) | 2014-07-09 | 2014-07-09 | Driving power box and use the LED light source of this driving power box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420379276.0U CN203934023U (en) | 2014-07-09 | 2014-07-09 | Driving power box and use the LED light source of this driving power box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203934023U true CN203934023U (en) | 2014-11-05 |
Family
ID=51829769
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420379276.0U Expired - Fee Related CN203934023U (en) | 2014-07-09 | 2014-07-09 | Driving power box and use the LED light source of this driving power box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203934023U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017016238A1 (en) * | 2015-07-29 | 2017-02-02 | 梅州江南电器有限公司 | Power box installation structure for led light |
| CN107134447A (en) * | 2017-03-10 | 2017-09-05 | 复旦大学 | A kind of compression joint type face matrix LED light source module |
-
2014
- 2014-07-09 CN CN201420379276.0U patent/CN203934023U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017016238A1 (en) * | 2015-07-29 | 2017-02-02 | 梅州江南电器有限公司 | Power box installation structure for led light |
| CN107134447A (en) * | 2017-03-10 | 2017-09-05 | 复旦大学 | A kind of compression joint type face matrix LED light source module |
| CN107134447B (en) * | 2017-03-10 | 2023-06-27 | 复旦大学 | Crimping type area array LED light source module |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101608764B (en) | LED illumination device | |
| CN203934023U (en) | Driving power box and use the LED light source of this driving power box | |
| CN202501421U (en) | Electronically-conductive connection structure of LED plane light source | |
| CN203099550U (en) | Magnetic-type light-emitting diode (LED) lamp panel easy to fix | |
| CN203927814U (en) | The LED light source of a kind of conductive plate and this conductive plate of use | |
| CN104089259B (en) | Conductive plate and the LED light source using this conductive plate | |
| CN204459883U (en) | Modularized LED lamp | |
| CN103216760A (en) | Light-emitting diode (LED) ball lamp in automatic production | |
| CN203258529U (en) | Light emitting diode (LED) ceiling lamp | |
| CN202972590U (en) | Novel high-brightness LED downlight | |
| CN207438187U (en) | A kind of LED light | |
| CN202132857U (en) | LED (Light Emitting Diode) solar lawn lamp | |
| CN202647507U (en) | Light-emitting diode (LED) ceiling lamp with multiple light sources | |
| CN202082757U (en) | Ceramic substrate package-based LED (light-emitting diode) ceiling lamp | |
| CN203442627U (en) | LED light source assembly | |
| CN203533366U (en) | LED ceiling lamp | |
| CN211952508U (en) | High shed lamp with waterproof device | |
| CN204084078U (en) | A kind of LED lamp affixed to the ceiling | |
| CN204268252U (en) | A kind of LED tower crane lamp | |
| CN203560867U (en) | LED concentrated light source temperature control heat dissipation device | |
| CN203298082U (en) | LED mining lamp | |
| CN203336357U (en) | LED mining lamp | |
| CN203273379U (en) | LED ball light produced in automated mode | |
| CN204201698U (en) | A kind of LED lamp affixed to the ceiling | |
| CN203595039U (en) | LED track lamp |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141105 Termination date: 20180709 |