CN104456189A

CN104456189A - Lighting device

Info

Publication number: CN104456189A
Application number: CN201410643311.XA
Authority: CN
Inventors: 金东秀; 金润河
Original assignee: LG Innotek Co Ltd
Current assignee: Suzhou Lekin Semiconductor Co Ltd
Priority date: 2009-07-28
Filing date: 2010-07-28
Publication date: 2015-03-25
Anticipated expiration: 2030-07-28
Also published as: RU2010131634A; EP2280213A3; EP3045798B1; EP3045798A1; JP5889377B2; JP2015018825A; CN101986004A; CN104390191A; CN101986004B; JP5641804B2; EP2280213B1; CN104390191B; JP2016085995A; RU2541124C2; JP6215373B2; CN104456189B; EP2280213A2; JP2011029187A

Abstract

Disclosed is a lighting device. The lighting device includes a case comprising a bottom plate and a wall extending from both ends of the bottom plate, a light emitter seated on the bottom plate of the case, a diffuser plate being spaced apart from the light emitter and having its both ends arranged at the both ends of the wall, and a reflector arranged on an inner surface of the case. The reflector reflects light emitted by the light emitter and leads the reflected light through the diffuser plate, each wall comprises a combination groove, the diffuser plate is inserted into the combination groove, the reflector comprises a fixed projection, and the fixed projection is inserted into the combination groove.

Description

Lighting device

Divisional application

The application is the divisional application that the application number submitted on July 28th, 2010 is 201010242715.X, denomination of invention is the Chinese patent application of " lighting device ".

Technical field

The present invention relates to lighting device, specifically, relate to the LED surface illuminator arranging multiple LED.

Background technology

Light emitting diode (LED) is for converting electrical energy into the one of the semiconductor element of light.Usually, there is following problems: the life-span of bulb is not long, along with life-span service time becomes shorter, need thus periodically to carry out confirming and being exchanged, therefore bulb clearing expense and administrative expenses can occur, the problem of running cost occurs thus further.Light emitting diode is compared with the existing light source such as fluorescent lamp, incandescent lamp, have low consumption electric power, semipermanent life-span, rapidly answer speed, security, to advantages such as environmental benefits, so light emitting diode is as the lighting device such as various lamps, liquid crystal indicator, luminous plate, street lamp used in indoor and outdoor, be in the trend replacing usual bulb.

Summary of the invention

As the ceiling light in indoor use, generally use incandescent lamp, fluorescent lamp or Halogen lamp LED, wherein also use fluorescent lamp more.Usually, according to arranging the space width of illumination or the height between ceiling and base surface, the size of required lighting device or briliancy, luminosity difference, so lighting device manufacturer or installation company need the lighting device of sizes marginally to produce or to possess.But, if multiple needs will be adapted to, then need by multiple lighting device marginally to produce, to possess, but usually produce or possess the lighting device of a large amount of size used.In addition, consider from the angle of manufacturer, compared with producing in a large number with a small amount of kind, when multiple types is produced on a small quantity, its unit price can uprise, and considers, because needs possess on a small quantity with multiple types from installation company's angle, so can meet difficulty in keeping, management, and existence needs the consumer of lighting device to be also difficult to the problem of the product obtaining required size.

The object of the invention is, eliminates all problems that above-mentioned prior art exists, can provide the lighting device of required size with cheap price.

According to an aspect of the present invention, provide a kind of lighting device, comprising:

Housing, described housing comprises base plate and wall, and described wall extends from the end of described base plate;

Illuminating part, described illuminating part is arranged on the described base plate of described housing;

Diffuser plate, described diffuser plate and described illuminating part spaced apart and be arranged between described wall;

Reflecting plate, described reflecting plate is arranged on the inner surface of described housing, and the light launched from described illuminating part of described baffle reflection and reflected light is guided through described diffuser plate,

Wherein, each in described wall includes engagement groove,

Wherein, described diffuser plate is inserted in described engagement groove, and

Wherein, described reflecting plate comprises fixed projection, and described fixed projection is inserted in described engagement groove.

According to a second aspect of the invention, provide a kind of lighting device, comprising:

Housing, described housing comprises: base plate; Wall, described wall extends from the end of described base plate; And shield, described shield combines with at least one in described wall and tilts from least one described wall,

Diffuser plate, described diffuser plate and described illuminating part spaced apart and between the described wall being arranged on described housing; With

Side lid, described side lid combines with the both ends of described housing and has combined hole,

Wherein, at least one in described wall and described shield comprises engagement groove, and described engagement groove is corresponding with the described combined hole of described side lid,

Wherein, by allowing screw or pin through described combined hole and described engagement groove, described side lid combines with described housing.

According to a third aspect of the present invention, provide a kind of lighting device, comprising:

Housing, described housing comprises: base plate; First wall, described first wall extends from the first end of described base plate; Second wall, described second wall extends from the second end of described base plate; First shield, described first shield combines with described first wall and tilts from described first wall; With the second shield, described second shield combines with described second wall and tilts from described second wall,

Diffuser plate, described diffuser plate to be arranged on described illuminating part and to be arranged between the described wall of described housing,

Wherein, at least one in described wall comprises engagement groove, and described diffuser plate combines with described engagement groove,

Wherein, described first shield and described second shield are directed with obtuse angle relative to described diffuser plate, and

Wherein, the shield of at least one in described first shield and described second shield limits angle and is less than 90 ° and is greater than 0 °.

Lighting device of the present invention comprises: housing, and this housing comprises: base plate, the sidewall extended from the both side ends substantial orthogonality of described base plate, from the both ends of described sidewall relative to the shield of the face tilt of described sidewall; Illuminating part, is arranged on described base plate; Diffuser plate, parallel with described illuminating part and be spaced apart, its both ends are arranged on the both ends of described sidewall.

According to lighting device of the present invention, can be used alone the key lighting module of regulation.

According to lighting device of the present invention, the key lighting module of multiple regulation can be combined and embody the lighting device of required size.

According to lighting device of the present invention, the key lighting module of regulation can be produced in a large number to reduce the production unit price of lighting device.

Accompanying drawing explanation

Fig. 1 is the sectional view of the first single lighting module 10A;

Fig. 2 is the sectional view of the second single lighting module 10B;

Fig. 3 is the sectional view of the 3rd single lighting module 10C;

Fig. 4 is the stereogram of the lighting device 1A according to the first embodiment;

Fig. 5 represents the stereogram according to the cross section of the lighting device 1A of the first embodiment;

Fig. 6 is the sectional view of the lighting device 1A according to the first embodiment;

Fig. 7 is the exploded perspective view of the lighting device 1A according to the first embodiment;

Fig. 8 is the sectional view of two housings 100 of lighting device 1A according to the first embodiment;

Fig. 9 is the stereogram that illuminating part 200 and reflecting plate 400 combine;

Figure 10 is the exploded perspective view of illuminating part 200 and reflecting plate 400;

Figure 11 is the sectional view of the lighting device 1B according to the second embodiment;

Figure 12 is another example according to the lighting device 1B of the second embodiment;

Figure 13 is the stereogram of the lighting device 1C according to the 3rd embodiment;

Figure 14 is the sectional view of the lighting device 1C according to the 3rd embodiment;

Figure 15 is the sectional view of the lighting device 1D according to the 4th embodiment;

Figure 16 is the sectional view of the lighting device 1E according to the 5th embodiment;

Figure 17 is another example of the housing 100 of lighting device 1E according to the 5th embodiment;

Figure 18 is the another example of the housing 100 of lighting device 1E according to the 5th embodiment;

Figure 19 is the exploded perspective view of the lighting device 1F according to the 6th embodiment;

Figure 20 is the stereogram of the lighting device 1F according to the 6th embodiment;

Figure 21 is the sectional view of the lighting device 1F according to the 6th embodiment;

Figure 22 is another embodiment of reflecting plate 400;

Figure 23 is the stereogram of power control part 20;

Figure 24 is the front view of power control part 20;

Figure 25 is the figure of the embodiment 300A representing diffuser plate 300;

Figure 26 is the figure of another the embodiment 300B representing diffuser plate 300;

Figure 27 is the figure of another the embodiment 300C representing diffuser plate 300;

Figure 28 is the figure of another the embodiment 300D representing diffuser plate 300;

Figure 29 is an embodiment of side lid 40;

Figure 30 is another embodiment of side lid 40;

Figure 31 is the stereogram of the embodiment 30A representing bracket 30;

Figure 32 is the stereogram of another the embodiment 30B representing bracket 30;

Figure 33 is the sectional view of another embodiment using bracket 30A and lighting device that single lighting module combines;

Figure 34 is the sectional view of the another embodiment using bracket 30A and lighting device that single lighting module combines;

Figure 35 is the sectional view of another embodiment using bracket 30B and lighting device that single lighting module combines;

Figure 36 is the sectional view of the another embodiment using bracket 30B and lighting device that single lighting module combines;

Figure 37 is another routine 30C of bracket 30;

Figure 38 is the figure representing the structure that bracket 30C makes single lighting module 10 be connected each other;

Figure 39 is the sectional view of the lighting module with another shape shield 130;

Figure 40 is the sectional view of the lighting module with another shape shield 130;

Figure 41 is the key diagram covering restriction angle θ and shield angle α of the lighting device according to embodiment;

Figure 42 is the stereogram of support frame 50;

Figure 43 is the sectional view of support frame 50;

Figure 44 is the sectional view of the bonding state represented between support frame 50 and the M type bar of ceiling;

Figure 45 is the sectional view of the bonding state represented between support frame 50 and the T-shaped bar of ceiling.

Drawing reference numeral explanation

1 lighting device

10 single lighting modules

20 power control parts

30 brackets

40 side lids

50 surperficial lids

100 housings

200 illuminating parts

300 diffuser plates

400 reflecting plates

Detailed description of the invention

In the explanation of embodiment, if there is no special contents, then each layer upper or under be benchmark with accompanying drawing, when taking accompanying drawing as benchmark, usually the base plate side of housing is set as down, diffuser plate side is set as.But, when in Fig. 7, Figure 13, Figure 19 and Figure 41 with accompanying drawing being benchmark, the base plate side of housing being set as, diffuser plate side is set as down.

In addition, each layer upper or under benchmark be that benchmark is described with accompanying drawing.

In the accompanying drawings, in order to the convenience that illustrates and definition, the thickness of each layer with exaggeration, omit or be roughly expressed.In addition, the size of each inscape is not the size of perfect representation reality.In addition, when there is no attached drawings symbol in the term of " lighting device ", represent the lighting device 1,2,3,4,5,6 comprised according to the first to the 6th embodiment.

Below, referring to figs. 1 through Figure 41, to the first single lighting module, the second single lighting module, the 3rd single lighting module and be described according to the lighting device of embodiment.

single lighting module

With usual lighting device differently, the lighting device 1 according to embodiment described later is formed in the mode of uniqueness.That is, comprise a single lighting module 10 and a power control part 20 and form a lighting device 1, or, comprise multiple single lighting modules 10 and at least one power control part 20 and form a lighting device 1.Because one or more single lighting module 10 is combined to form the lighting device 1 of multiple size, so formed in the lighting device 1 of required size unrestricted.

About single lighting module 10, enumerate the first single lighting module 10A, the second single lighting module 10B in following, the 3rd single lighting module 10C is described, but in addition, can there is the single lighting module of other shapes.

Fig. 1 is the sectional view of the first single lighting module 10A, and Fig. 2 is the sectional view of the second single lighting module 10B, and Fig. 3 is the sectional view of the 3rd single lighting module 10C.Referring to figs. 1 through Fig. 3 and Fig. 8, single lighting module 10 can comprise: housing 100; Illuminating part 200, is arranged on the base plate 110 of housing 100; Reflecting plate 400, contacts with illuminating part 200 upper surface and arranges; Diffuser plate 300, separates with illuminating part 200 and is arranged on the top of illuminating part 200.

First single lighting module 10A be on perpendicular direction, a direction with Fig. 7 two used when combining and form the lighting device of the first embodiment.Or, the first single lighting module 10 comprising an illuminating part 200 on perpendicular direction, a direction with Figure 13 three used on both sides when combining and form the lighting device of the 3rd embodiment.Or, the first single lighting module 10 comprising an illuminating part 200 on the direction perpendicular with a direction more than four used on both sides when combining and form the lighting device of embodiment (not shown).

With reference to Fig. 1, Fig. 5, Fig. 6 and Fig. 8, the housing 100 of the first single lighting module 10A comprises: base plate 110; Sidewall 120, vertically extends from the both side ends of base plate 110; Shield 130, extends from the end of sidewall 120 and forms obtuse angle relative to diffuser plate 300.The second embodiment 1B as is illustrated by figs. 11 and 12, can comprise upper plate 140, to replace shield 130.

In addition, be formed with the first bracket joint portion 151 in the end of the side shield 130 of the housing 100 of the first single lighting module 10A, be used for single lighting module 10 is be combined with each other, be formed with the fixing support frame 160 of ceiling in the end of opposite side shield 130.But, the first bracket joint portion 151 must be formed with in the end of the side shield 130 of the housing 100 of the first single lighting module 10A, and the end of opposite side shield 130 can not form the fixing support frame 160 of ceiling.Its result, the first single lighting module 10A is only formed with the first bracket joint portion 151 in the end of its side shield 130, and this point has different from the second single lighting module described later.

Second single lighting module 10B is used when the single lighting module that use one has an illuminating part 200 forms the lighting device of the 4th embodiment.Or, using the single lighting module with an illuminating part 200 on perpendicular direction, a direction with Figure 13 three combine and form the lighting device of the 3rd embodiment time can be used as the single lighting module of the single lighting module of centre or both sides.Or, using the single lighting module with an illuminating part 200 on the direction perpendicular with a direction more than four combine and form the lighting device of embodiment (not shown) time can be used as the single lighting module of the single lighting module of centre or both sides.

With reference to Fig. 2, Figure 13 and Figure 14, the housing 100 of the second single lighting module 10B comprises: base plate 110; Sidewall 120, vertically extends from the both side ends of base plate 110; Shield 130, extends from the end of sidewall 120 and relative to the formation obtuse angle, face of described diffuser plate.Upper plate 140 can be comprised to replace shield 130.In addition, be formed with the first bracket joint portion 151 in the end of the both sides shield 130 of the housing 100 of the second single lighting module 10A, be used for single lighting module 10 is be combined with each other.

3rd single lighting module 10C is used when the single lighting module that use one has two illuminating parts 200 forms the lighting device of the 5th embodiment shown in Figure 16.Or, by the single lighting module with two illuminating parts 200 on perpendicular direction, a direction with Figure 19 two combine and form the lighting device of the 6th embodiment time used.Or, by the single lighting module with two illuminating parts 200 on the direction perpendicular with a direction more than three combine and form the lighting device of embodiment (not shown) time used.

For the housing 100 of the 3rd single lighting module 10C, be described in the 5th embodiment that will be described below.

first embodiment

Fig. 4 is the stereogram of the lighting device 1A according to the first embodiment, Fig. 5 represents the stereogram according to the cross section of the lighting device 1A of the first embodiment, Fig. 6 is the sectional view of the lighting device 1A according to the first embodiment, Fig. 7 is the exploded perspective view of the lighting device 1A according to the first embodiment, Fig. 8 is the sectional view of two housings 100 of lighting device 1A according to the first embodiment, Fig. 9 is the stereogram that illuminating part 200 and reflecting plate 400 combine, and Figure 10 is the exploded perspective view of illuminating part 200 and reflecting plate 400.

With reference to Fig. 4 to Fig. 8, lighting device 1 comprises: two the first single lighting module 10A; Two power control parts 20, the space 170 between two the first single lighting module 10A; Bracket 30, makes two the first single lighting module 10A combine, in addition, may further include side lid 40.With reference to Fig. 1, the use in a first embodiment first single lighting module 10A comprises: housing 100; Illuminating part, is contained in housing 100; Diffuser plate 300, is spaced apart with illuminating part 200, can also comprise reflecting plate 400.

With reference to Fig. 4 to Fig. 8, comprise two the first single lighting module 10A in a first embodiment, but, also two the second single lighting module 10B differently can be used to form the first embodiment with it.Because the second single lighting module 10B has the first bracket joint portion 151 in the end of both sides shield 130, even if so two the second single lighting module 10B are combined in order to the overall appearance forming the first embodiment, also without too big-difference compared with the outward appearance combined with two the first single lighting module 10A and function.

With reference to Fig. 5 and Fig. 6, illuminating part 200 can be arranged on the base plate 110 of housing 100.Power control part 20 can be arranged in the space 170 that the shield 130 that is to be formed with the first bracket joint portion 151 in two the first single lighting module 10A and coupled sidewall 120 formed.Now, because power control part 20 is layered in the configuration that base plate 110 does not form vertical direction below, and with horizontal direction configuration on base plate 110, so the thickness of lighting device 1 will become thin than common lighting device.

The ceiling of the building that ceiling flush type throws light on can be arranged, usually there is the ceiling of concrete body, this ceiling is provided with towards room base surface the works of M type bar or T-shaped bar, this M type bar or T-shaped bar are attached with TEX plate etc.Usually the power control part 20 being arranged on the vertical-type lighting device on the ceiling of Indoor environment is laminated in base plate 110 and is set up in vertical direction, so its thickness is usually more than 70mm below.But, be configured with electric wire, air conditioning pipe etc. between the ceiling of usual concrete body and M type bar or T-shaped bar, so the space that can arrange lighting device in a lot of situation is narrow.Therefore, by the restriction in space, when common vertical-type lighting device being imbedded ceiling and arranges, part M type bar can be cut off and struggle with arrange, or helplessly its lighting position is arranged on be not oneself want install position on.

In contrast, the lighting device 1A preferred thickness according to the first embodiment is about 45mm, even if so installation space is narrow, also freely can configure lighting device on the ceiling, have and arrange easy advantage.Certainly, the size of so-called 45mm is relative with existing lighting device and example that is that enumerate, so can according to the size of the thickness of power control part 20 and/or housing 100 etc., the size according to the lighting device 1A of the first embodiment can change in a variety of forms.

Lighting device 1 can have the rectangle extended along first direction a, but according to the setting position of lighting device 1 or can arrange environment, the shape of its lighting device 1 can change in a variety of forms.

To launch with required light distribution angle to make the light launched from illuminating part 200 and in order to relax dazzle (glare), tilt with obtuse angle relative to the face of diffuser plate 300 at the shield 130 of illuminating part 200 both sides.If do not comprise diffuser plate and cannot determine with the angle of diffuser plate 300 benchmark, then shield 130 can be determined in the inclination by extending from the end of sidewall 120 to sidewall 120 outer expandable.

The gradient of shield 130 can be various ways according to the design variations of lighting device 1.

With reference to Fig. 9 and Figure 10, illuminating part 200 can comprise LED210, loads the substrate 220 of LED210, be configured in the heat release sheet 240 of substrate 220.In addition, substrate 220 can have the combined hole 230 for combining with housing 100.

In addition, lighting device may further include reflecting plate 400, reflecting plate 400 around the sidewall of housing 100 inner face and arrange, be used for by transmitting reflect towards the outside of lighting device 1 from the light of LED210.Reflecting plate 400 is not only around the inner face of sidewall 120, and the preferred surface around the substrate 220 of the illuminating part 200 in the region except being configured with LED210.

Power control part 20 can comprise to be provided the power supply unit of power supply (PSU) (not shown) to lighting device 1 and controls illuminating part 200 and the drive division (not shown) driven it.

With reference to Fig. 5, diffuser plate 300 separates with illuminating part 200 at light and configures from the direction that LED210 irradiates, launch and realize area source from the light of the LED210 being equivalent to each spot light by diffuser plate 300, make the utilizing emitted light of illuminating part 200 on the face of diffuser plate 300, have uniform briliancy thus.

Illuminating part 200 is not formed in before lighting device 1, and is formed on the base plate 110 of housing 100.Therefore, even if when using the LED210 of equal number, compared with the situation being also configured in the LED210 before lighting device with LED210, the narrower intervals between LED210 can be made, the use amount of substrate 220 can be reduced.

On the other hand, the light launched from the LED210 as spot light is by diffuser plate 300 forming surface light source, then launch and need on the surface of diffuser plate 300, there is overlapping region from the light of adjacent LED210, for this reason, LED210 and diffuser plate 300 need fully spaced apart.But if it is greatly mean that the thickness of lighting device 1 becomes large that spacing distance becomes, this is not preferred.In order to reduce spacing distance, need to reduce the distance between LED210.As mentioned above, illuminating part 200 is not formed in before lighting device 1, and is configured on the base plate 110 of housing 100, so the substrate 220 of illuminating part 200 is also defined on the width of the base plate 110 of housing 100.Its result, the interval being configured in the LED210 on substrate 220 also naturally diminishes, and LED210 needed for forming surface light source and the interval between diffuser plate 300 also diminish.

Thus, due to advantage structural as above, the lighting device 1 of elongated (slim) can be provided.

In addition, if under the state not having diffuser plate 300, irradiate towards shadow surface from the light of each LED if launched, then hot spot can occur.If the shape of light source self shines directly on shadow surface, then obviously have any different in the region that light-struck region is not irradiated relative to light, the region be now irradiated by light is called hot spot, to form obvious boundary with the comparatively dark-part of surrounding.If when not needing centralized lighting and be the outdoor lighting such as common room lighting or street lamp, if there is hot spot, then the uniformity of shadow surface can be reduced, so not ideal.If as embodiment uses surface illuminator, then the generation of hot spot can be reduced compared with common some lighting device, so the Illumination Distribution of shadow surface can be made even, there is the advantage reducing eye fatigue.

second embodiment

Below, around inscape, the lighting device 1B according to the second embodiment is described in detail.In the explanation to the second embodiment, please refer to the first embodiment about the part identical with described first embodiment, omit the explanation of this part at this, do not carry out repeat specification.

Figure 11 is the sectional view of the lighting device 1B according to the second embodiment, and Figure 12 is another example according to the lighting device 1B of the second embodiment.

Second embodiment is compared with the first embodiment, and what it was maximum be not both housing 100 has upper plate 140 to replace shield 130.

With reference to Figure 11 and Figure 12, comprise two the first single lighting module 10A in a second embodiment, but differently can use two the second single lighting module 10B with it and form the first embodiment.Because the second single lighting module 10B has the first bracket joint portion 151 in the end of both sides upper plate 140, even if so two the second single lighting module 10B are combined in order to the overall appearance forming the first embodiment, also without too big-difference compared with the outward appearance combined with two the first single lighting module 10A and function.

With reference to Figure 12, the interval between diffuser plate 300 and illuminating part 200 and Figure 11 maintain substantially in the same manner, compared with Figure 11, if uprised by the height of sidewall 120, then diffuser plate engagement groove 180 is formed in the mid portion of sidewall 120.

Now, by with negative 110 and/or the perpendicular and sidewall 120 that is that extend higher compared with the first embodiment of diffuser plate 300, compare than the first embodiment and more effectively prevent dazzle.But the width in the light-struck region of base surface can reduce than the first embodiment, or the uniformity of Illumination Distribution on shadow surface can reduce than the first embodiment.Therefore, relative to light-struck peak width and the Illumination Distribution on shadow surface, when preferably considering to prevent dazzle, the use of the second embodiment is preferred.

3rd embodiment

Below, be described in detail around inscape to according to the lighting device 1C of the 3rd embodiment.In the explanation to the 3rd embodiment, please refer to the first embodiment about the part identical with described first embodiment, omit the explanation of this part at this, do not carry out repeat specification.

Figure 13 is the stereogram of the lighting device 1C according to the 3rd embodiment, and Figure 14 is the sectional view of the lighting device 1C according to the 3rd embodiment.

With reference to Figure 13 and Figure 14, lighting device 1C comprises two the first single lighting module 10A, and between two the first single lighting module 10A, comprise a second single lighting module 10B, and comprise at the power control part 20 being formed at least one space 170 in two spaces 170 between the first single lighting module 10A and the second single lighting module 10B, and may further include side lid 40.At this, single lighting module 11,12 comprises housing 100, the diffuser plate 300 being contained in the illuminating part 200 in housing 100 and being spaced apart with its illuminating part, and may further include reflecting plate 400.

The housing 100 of the first single lighting module 10A because carried out explanation in a first embodiment, therefore omits further illustrating it at this.

With reference to Figure 13 and Figure 14, comprise two the first single lighting module 10A and the second single lighting module 10B in the third embodiment, but differently can use three the second single lighting module 10B with it and form the 3rd embodiment.Because the first single lighting module 10A has a first bracket joint portion 151, so only used on both sides when combining to multiple single lighting module and forming lighting device, but the second single lighting module 10B has the first bracket joint portion 151 in the end of both sides shield 130, so no matter in pars intermedia or the both sides of lighting device, all can use.In addition, even if combined by three the second single lighting module 10B, the outward appearance combined with two the first single lighting module 10A and a second single lighting module and function are compared also without too big-difference.

In the third embodiment, adding up to three illuminating parts 200 to drive, needing at least more than one power control part, although represent two power control parts 20 in the accompanying drawings, can be controlled three illuminating parts 200 by a power control part.In above-mentioned, once explanation was carried out to the position of more than one power control part 20.

Although not shown in figs. 13 and 14, but ground identical with the second embodiment can have upper plate 140 to replace shield 130, the embodiment of upper plate 140 is comprised, owing to repeating with the description in the second embodiment, so omit its description for replacing shield 130.

4th embodiment

Below, be described in detail around inscape to according to the lighting device 1D of the 5th embodiment.In the explanation to the 4th embodiment, please refer to the first embodiment about the part identical with described first embodiment, omit the explanation of this part at this, do not carry out repeat specification.

Figure 15 is the sectional view of the lighting device 1D according to the 4th embodiment.

With reference to Figure 15, lighting device 1 comprises: a second single lighting module 10B; Power control part 20, is arranged in the lateral surface of a sidewall 120 of two sidewalls 120 of the housing 100 of the second single lighting module 10B, can adds and comprise side lid 40.At this, the housing 100 of the second single lighting module 10B comprises: base plate 110; Sidewall 120, vertically extends from the both side ends of base plate 110; Shield 130, extends from the end of sidewall 120 and relative to the formation obtuse angle, face of above-mentioned diffuser plate.And, the housing 100 of the second lighting module 10B both sides shield 130 end be formed with the first bracket joint portion 151 for making single lighting module 10 be combined with each other.

From the 1st, 2,3 embodiments are different, the 4th embodiment only has a single lighting module 10, therefore there is not the space 170 being divided by two shields 150 and coupled sidewall 120 and formed.Thus, power control part 20 is arranged in the lateral surface of a sidewall 110 of two sidewalls 120 of the housing 100 of the second single lighting module 10B, from the 1st, 2,3 embodiments are different, this power control part 20 be fixed with potentially unstable, for this reason can sidewall 110 hole hole, also to hole hole these holes are put relatively at power control part 20 simultaneously, then utilize the screw of through both sides hole or pin that housing 100 and power control part 20 are combined.In addition, even without hole of holing on the sidewall 120 of housing 100, also can form that can combine with power control part 20, other bracket (not shown) and combine to make housing 100 and power control part 20 on sidewall 120.

But, though not in fig .15 shown in, but ground identical with the second embodiment can have upper plate 140 to replace shield 130, comprises the embodiment of upper plate 140 for replacing shield 130, owing to repeating with the description in the second embodiment, so omit its description.

5th embodiment

Below, be described in detail around inscape to according to the lighting device 1E of the 5th embodiment.In the explanation to the 5th embodiment, please refer to the first embodiment about the part identical with described first embodiment, omit the explanation of this part at this, do not carry out repeat specification.

Figure 16 is the sectional view of the lighting device 1 according to the 5th embodiment; Figure 17 is another example of the housing 100 of lighting device 1 according to the 5th embodiment; Figure 18 is the another example of the housing 100 of lighting device 1 according to the 5th embodiment.

Maximum difference according to the lighting device in the lighting device of the 5th embodiment and the aforesaid first to the 3rd embodiment is, the single lighting module used not is first, second the single lighting module 11,12 only comprising an illuminating part, but comprises the 3rd lighting module 10C of two illuminating parts.With reference to Figure 16 to Figure 18, the 3rd single lighting module 10C used in the lighting device of the 5th embodiment is compared with first, second the single lighting module 11,12 used in the lighting device of first to fourth embodiment, and the width of the 3rd single lighting module 10C is about the twice of the width of first, second single lighting module 11,12.In addition, only there is in the 5th embodiment a single lighting module, even if do not combine with other single lighting module, be also formed with the space 170 that can hold power control part 20.

Relatively Figure 18 and Figure 17, the housing 100 of Figure 18 can be additionally formed cover body part, and to be used for covering the space 170 holding power control part 20, power control part 20 is owing to being surrounded by housing 100, when therefore seeing housing 100 above and below housing 100, all can't see power control part 20.

With reference to Figure 16, although be formed with the first bracket joint portion 151 for making single lighting module 10 be combined with each other on the end of the both sides shield 130 of the housing 100 of the 3rd single lighting module 10C, also the end of a shield only in the shield 130 of two, outside can be formed with the first bracket joint portion 151.

With reference to Figure 17 and Figure 18, different from the housing 100 used in Figure 16, be formed in the housing 100 in Figure 17 and Figure 18 by outermost shield 130, outermost sidewall 120 and the enclosure space that divides with its optional feature separately and formed.So, if be formed with optional feature, then the heat that lighting device is produced by driving etc. is passed to this optional feature, and whole housing can play the effect of radiator body, and its result can increase the surface area of radiator body, can improve exothermal effect.In order to improve the exothermal effect produced by these optional features further, form housing 100 preferably by extrusion molding.

With reference to Figure 16, lighting device 1E comprises: a 3rd single lighting module 10C; Power control part 20, is positioned at and is divided and the space 170 formed by two sidewalls 120 of the inner side of the 3rd single lighting module 10C and two shields 130, can add and comprise side lid 40.At this, the 3rd single lighting module 10C comprises: housing 100; Two illuminating parts 200, are accommodated in housing 100; Two diffuser plates 300, with above-mentioned two illuminating parts 200 separately, can add and comprise two reflecting plates 400.

The housing 100 of the 3rd single lighting module 10C comprises: two base plates 110; Four sidewalls 120, vertically extend from the both side ends of base plate 110; Shield 130, extend from the end of sidewall 120 and form obtuse angle relative to diffuser plate 300, the end of two shields 130 of inner side is connected.When diffuser plate 300, shield 130 is greater than sidewall 120 mode according to the degree tilted toward the outer side extends from two ends of sidewall 120, determines that the position of shield 130 is also harmless in this way.Although not shown in Figure 16 to Figure 18, ground identical with the second embodiment can replace shield 130 with upper plate 140.

6th embodiment

Below, be described in detail around inscape to according to the lighting device 1F of the 6th embodiment.In the explanation to the 6th embodiment, please refer to the 5th embodiment about the part identical with described 5th embodiment, omit the explanation of this part at this, do not carrying out repeat specification.

Figure 19 is the exploded perspective view of the lighting device 1F according to the 6th embodiment; Figure 20 is the stereogram of the lighting device 1F according to the 6th embodiment; Figure 21 is the sectional view of the lighting device 1F according to the 6th embodiment.

The lighting device 1F of the 6th embodiment also uses the 3rd single lighting module 10C comprising two illuminating parts 120 identically with the lighting device 1E of the 5th embodiment.Therefore, the housing 100 of Figure 17 and Figure 18 can be used according to the lighting device 1F of the 6th embodiment.

With reference to Figure 19 to Figure 21, lighting device 1F comprises: two the 3rd single lighting module 10C; Power control part 20, each is positioned at and is divided and the space 170 formed by two sidewalls 120 of the inner side of the 3rd single lighting module 10C and two shields 130; Can add and comprise side lid 40.But, different from shown in Figure 19 to Figure 21, power control part 20 also may be used for not comprising two the 3rd lighting modules but the lighting device only comprising the 3rd lighting module, now, all 4 illuminating parts 200 are controlled by a power control part 20, power control part 20 also can be positioned at the space 170 being divided by two shields 130 of the inner side of the 3rd single lighting module 10C and sidewall 120 and formed, in figure 21, power control part 20 also can be positioned at two the 3rd single lighting modules and be combined by bracket 30 and the space formed.

Equally with the 5th embodiment can comprise the upper plate 140 replacing shield 130, for the embodiment of the upper plate 140 comprised for replacing shield 130, the declaratives of itself and embodiment 5 repeat, and therefore omit the explanation to this part.

Different from the housing 100 of the 3rd single lighting module shown in Fig. 3 to Figure 16, when shield 130 end only in two shields 130 in outside is formed with the first bracket joint portion 151, can only in conjunction with two the 3rd single lighting module 10C, cannot in conjunction with the module of more than three.Therefore, be now no problem for embodiment the 6th embodiment, but the lighting device that size is greater than the 6th embodiment cannot be embodied.

Below, be described around inscape illumination apparatus 1.

< housing 100>

The structure of housing 100 is illustrated in the first embodiment to the 6th embodiment, therefore omits the explanation to this part.

With reference to Fig. 6 and Fig. 8.If single lighting module combines in adjacent mode, then power control part 20 is configured in the space 170 that divided and formed by shield 130 and sidewall 120, and the second protuberance 22 being formed in the lower end of power control part 20 is inserted in a sliding manner be formed at the sidewall 120 of housing 100 and the interface on floor 110 power control part engagement groove 152 in, housing 100 and power control part 20 can firmly combine thus.

On the other hand, the development length that power control part engagement groove 152 extends along the first direction a shown in Fig. 7 and the length difference of housing 100 few, but there is no need to take such shape, also can for development length is extremely short and have the thin plate of letter " C " or " 0 " shape.In addition, also power control part engagement groove 152 can not be formed, but be relative with the hole of sidewall 120 and hole in the position of putting by boring on the sidewall of housing 100 and in power control part 20, and utilize screw or locate and slightly housing 100 and power control part 20 are combined.In addition, due to molding by extrusion, power control part engagement groove 152 is formed on housing 100, therefore be conducive to producing and slightly also can combine housing 100 and power control part 20 even without additional screw or location, therefore also can be described as the associated methods of plain mode.

Bracket joint portion has the first bracket joint portion 151 and 153 two kinds, the second bracket joint portion.Housing 100 can be formed first, second bracket joint portion 151, bracket joint portion 151,153, first be connected with bracket 30 with the second bracket joint portion 152, to make can firmly combine between single lighting module.In addition, housing 100 also can be formed with side lid engagement groove 154.Side lid engagement groove 154, for the combination between itself and side lid 40, is described in other part for its combination.

The material of housing 100 can for having the metal material or resin material etc. of good exothermic character.In addition, the surface of housing 100 is formed aluminium or silver-colored oxide-film, the mar proof of housing 100, corrosion resistance and durability can be guaranteed thus, and the good appearance of lighting device 1 can be guaranteed.

In addition, although shield 130 mainly covers dazzle in purposes, but except the surface treatment on the surface to shield 130 to be attached to reflect well, by reflection part on the surface with except the mode preventing dazzle, also play the effect of reflecting plate, therefore, it is possible to improve light efficiency rate.

Housing 100 can by manufacturing base plate 110 respectively, sidewall 120, the mode of assembling again after shield 130 formed, also can by integrally formed go out the mode of whole housing 100 formed, such as, mode by extrusion molding is formed.Integrally formed go out housing 100 time, preferably not only integrally formed go out base plate 110, sidewall 120, shield 130, diffuser plate engagement groove 180, first, second bracket joint portion 151,153, power control part engagement groove 152, side lid engagement groove 154 also can be integrally formed once.The mode of housing 100 on the whole alongst with tall and thin is integrally formed.In addition, if by the mode such as extruding integrally formed go out housing 100, then housing 100 vertical cross-section is in the longitudinal direction deleted in this direction and is had more identical shape.Such as, the cross section cutting off the mid portion of housing 100 is identical from the shape in the cross section of the part close to end face with cut-out.If integrally formed go out housing 100, then can reduce assembling all parts trouble, and reduce manufacturing process.

During Shaped shell 100, the diffuser plate engagement groove 180 of above-mentioned explanation, first, second bracket joint portion 151,153, power control part engagement groove 152, side lid engagement groove 154 etc. might not disposablely be shaped, at least one parts can be integrally formed with it when Shaped shell 100.Such as, as required, can be shaped as the housing 100 being only formed with base plate 110, sidewall 120, shield 130 and diffuser plate engagement groove 180, also can be shaped as the housing 100 being only formed with base plate 110, sidewall 120, shield 130 and first, second bracket joint portion 151,153.

With reference to Fig. 8, diffuser plate engagement groove 180 can be formed on the medial surface of sidewall 120 and the interface of shield 130 upper surface.With reference to Figure 11 and Figure 12, when comprising upper plate 140 for replacement shield 130, the mid portion of the medial surface of sidewall 120 or the medial surface of the sidewall 120 close with upper plate 140 can be formed with diffuser plate engagement groove 120.

With reference to Fig. 8, the lateral surface of the sidewall 120 of housing 100 or the lower surface of shield 130 can be formed first, second bracket joint portion 151,153, power control part engagement groove 152, at least one in side lid engagement groove 154.With reference to Figure 11 and Figure 12, comprise for replace shield 130 upper plate 140 when, the lateral surface of the sidewall 120 of housing 100 or the lower surface of upper plate 140 be formed first, second bracket joint portion 151,153, power control part engagement groove 152, at least one in side lid engagement groove 154.

Due to integrally formed go out housing 100, therefore, it is possible to towards whole housing 100 effectively transmit heat and release heat, therefore lighting device can have good exothermic character.Certainly, shield 130 can be replaced according to embodiment upper plate 140.

If described in detail further, when manufacture all parts that forms housing 100 respectively and in conjunction with, the contact of complete face cannot be realized between parts, but the point cantact of part.Therefore, the heat being delivered to base plate 110 from illuminating part 200 cannot be passed to sidewall 120 fully, and the hydrothermal solution of sidewall 120 cannot be passed to shield 130 fully, therefore cannot be used as radiator body by the parts of whole housing 100 fully.In contrast to this, molding by extrusion and integrally formed go out housing 100 when, because whole housing is parts, therefore the heat producing self-luminescent part 200 or power control part 20 to arrive the process of shield 130 through sidewall 120 from base plate 110 and is evenly transmitted, and therefore has excellent exothermal effect.

Additional information is carried out for exothermal effect.As described in the 5th embodiment, the optional feature forming housing 100 can be formed in the lower end of outermost shield 130, the object forming optional feature is that the surface area increasing housing 100 is to improve exothermal effect, therefore can take the surface area that can increase housing 100 to improve any shape of exothermal effect.Therefore optional feature can form closed surface together with shield 130, sidewall 120, also can form louver, and can be formed concavo-convex on shield 130 or sidewall 120 and play the effect of heat release pin while formation closed surface.

Figure 39 is the sectional view of the lighting module with another shape shield 130; Figure 40 is the sectional view of the lighting module with another shape shield 130.With reference to Figure 39 and Figure 40, the cross section of shield 130 can be straight line, or the various shape such as parabola or circular arc.But compared with the shape of shield 130 self, the more important thing is that having which type of shield on earth limits angle θ.

The lighting device being formed with shield 130 has specific shield and limits angle θ, and therefore limiting diffuser plate 300 in the θ of angle at this shield can not directly enter in the visual field, is its main purpose owing to covering dazzle, therefore has suitable shield restriction angle θ extremely important.

Figure 41 is the key diagram covering restriction angle θ and shield angle α of the lighting device according to embodiment.With reference to Figure 41, with the shield 130 of Figure 41 unlike, in order to reduce dazzle make shield 130 according to sidewall 120 almost mode in line formed, then shield limits that angle θ can reduce and shield angle α can increase, and this means to there is not dazzle in the angle being greater than shield and limiting angle θ.Therefore, as long as leave the fatigue that lighting device just can reduce the eyes caused because of dazzle a little.

On the contrary, with the shield 130 of Figure 41 unlike, if form shield 130 according to the mode being almost parallel to sidewall 120, then shield limits angle θ can increase and shield angle α can reduce, although this mean be greater than shield limit angle θ angle in there is not dazzle, but due to shield limit angle θ excessive, even if therefore from lighting device again away from, also can produce dazzle and make eye fatigue.But, because the range of scatter of light can fully broaden, therefore there is the advantage that shadow surface is broadened.

Thus, the lighting device penetrating field area around increase illumination need increase shield restriction angle θ, and limits angle θ around preventing the lighting device of dazzle from need reduce shield.

Preferred shield limits angle θ and has value between 0 ° ~ 90 °, if shield limits angle θ have value in above-mentioned scope, then from the side of diffuser plate 300 facing to being can't see the direct light from described diffuser plate in the visual line of sight of another side.

The base plate 110 of housing 100 must be configured with illuminating part 200, therefore base plate 100 has the width and length that can configure illuminating part 20, the position that sidewall 120 and shield 130 contact can form diffuser plate engagement groove 180, the fixed projection 430 of diffuser plate 300 and/or reflecting plate 400 can be accompanied in diffuser plate engagement groove 180.Diffuser plate engagement groove 180 can be the shape extended along first direction a shown in Fig. 7, Figure 13 and Figure 19.

In diffuser plate engagement groove 180, insert the fixed projection 430 of diffuser plate 300 and/or reflecting plate 400 in a sliding manner, if at least one end of housing 100 in conjunction with side lid 40, then diffuser plate 300 and/or reflecting plate 400 are fully firmly fixed.Therefore, after lighting device is set, is no matter in use or in transit, all can not worries that diffuser plate 300 and/or reflecting plate 400 are separated from lighting device.

In Fig. 1 to Fig. 3, the sidewall 120 of housing 100 extends in vertical direction with base plate 110, but not requirement must be vertical, in fact with subvertical mode extend also cannot, and also can according to from base plate 110 more away from launch more outward tilt mode formed.

In addition, although not shown, be formed concavo-convex at the lower surface of housing 100, therefore make the surface area of above-mentioned housing 100 increase, the exothermic character of lighting device can be improved.

< many illuminating part 200>

Fig. 9 is the stereogram that illuminating part 200 and reflecting plate 400 combine; Figure 10 is the exploded perspective view of illuminating part 200 and reflecting plate 400.

With reference to Fig. 9 and Figure 10, illuminating part 200 can comprise: multiple LED210; Substrate 220, is mounted with multiple LED210; Heat release sheet 240, configures according to the mode contacted with substrate 220 in the bottom of substrate 220.

Multiple LED210 at least comprises the LED that is launched the colors such as redness, green, blueness, white, yellow.Such as, multiple LED210 can comprise redness, green, blue LED.In addition, multiple LED210 can be formed by the combination of launching the LED of multicolour.

Multiple LED210 can be loaded on substrate 220.Substrate 220 can be printed circuit board (PCB) (PCB, Printed Circuit Board).Printed circuit board (PCB) is printed with circuit on insulator, can comprise aluminium base, ceramic substrate, metal-cored PCB, common PCB etc.

The surface of substrate 220 can be coated to as white or silver color or carry out tinting to improve reflection efficiency.

Substrate 220 comprises the circuit that can drive multiple LED210.As shown in Figure 9 and Figure 10, multiple LED210 fitly can be arranged on substrate 220 according to ranks, in addition also can be configured according to various ways.In addition, the number of multiple LED210 can greater or less than illustrated number.But if the configuration number of LED210 is very few, then lighting device is difficult to play the function as face illumination, the function thrown light in face of considering, preferably configures LED210 according to suitable quantity.

Substrate 220 can form engagement groove 230, screw or pin etc. are inserted in engagement groove 230, make substrate 220 be combined with housing 100 thus.

Heat release sheet 240 configures according to the mode contacted with substrate 220 in the bottom of substrate 220, its by substrate 220 receive pass over, produce heat from multiple LED210, and release this heat maybe by this heat trnasfer to whole housing 100.

Heat release sheet 240 can be formed by the resin material or metal material effectively can releasing heat.In addition, heat release sheet 240 is formed by having adhesive material, therefore, it is possible to be easily attached to the lower surface of substrate 220.

< reflecting plate 400>

Figure 22 is another embodiment of reflecting plate 400.Be described with reference to Fig. 9, Figure 10 and Figure 22.

Reflecting plate 400 can by reflectivity well resin material or metal material formed, this reflecting plate to be positioned on substrate 220 and to surround the sidewall 120 of housing 100.Resin material can comprise as resins such as PET, PC, PVC, and metal material can comprise as silver (Ag), the alloy containing silver (Ag), aluminium (Al) or alloy, stainless steel etc. containing (Al).

Reflecting plate 400 comprises: bottom reflection plate 410; Offside reflection plate 420, extends from the two sides of bottom reflection plate 410; Fixed projection 430, the end of reflecting plate 420 extends towards lateral direction from the side.

With LED hole 411 on the bottom reflection plate 410 of reflecting plate 400, be inserted with multiple LED210 by this LED hole 411 and make it expose.Thus, LED hole 411 can be formed according to the mode of the arrangement number of the multiple LED210 of correspondence.411LED hole, LED hole 411 can be formed by punching (punching) operation, in addition also can be manufactured by the multiple method forming the holes such as etching.Offside reflection plate 420 can be formed in vertical mode according to bottom reflection plate 410, but as shown in Figure 1 to Figure 3, and preferred side reflecting plate 420 has and rolls oblique gradient outwardly along bearing of trend.When existing, effectively can reflect and produce from the light of multiple LED210 and radiate this light.

The thickness of the fixed projection 430 of reflecting plate 400 is less than the width of the diffuser plate engagement groove 180 of housing, therefore, it is possible to be inserted in diffuser plate engagement groove 180 in a sliding manner by fixed projection 430, reflecting plate 400 can be fixed on housing 100 thus.

Offside reflection plate 420 can be formed according to the mode of the diffuser plate engagement groove 180 extending to housing 100 from bottom reflection plate 410.On the other hand, according to Figure 22, offside reflection plate 420 carries out longer extension in the mode of the diffuser plate engagement groove 180 exceeding housing 100, therefore can extend to more than the part of the sidewall 120 of housing 100.

With reference to Fig. 9 and Figure 10, the first electric connector 421 can be formed in the lower end of the offside reflection plate 420 of reflecting plate 400.Illuminating part 200 is electrically connected to receive provided power supply with power control part 20 by the first electric connector 421.On the other hand, sidewall 120 bottom being arranged on the housing 100 on the position corresponding with the first electric connector 421 of reflecting plate 400 is formed with the second electric connector (not shown), therefore by the first electric connector 421 and the second electric connector, illuminating part 200 and power control part 20 can be electrically connected.

< power control part 20>

Figure 23 is the stereogram of power control part 20; Figure 24 is the front view of power control part 20.

With reference to Figure 23 and Figure 24, power control part comprises main part 21 and is positioned at the second protuberance 22 of lower end, aforementioned body portion 21.

Main part 21 can comprise the drive division (not shown) providing the power supply unit of power supply (PSU) (not shown) to lighting device 1 and be used for controlling and driving illuminating part 200.

For the combination of the second protuberance 22 of power control part 20 and the power control part engagement groove 152 of housing 100, be illustrated in above-mentioned record, therefore omit this part.

On the other hand, the 3rd combined hole 23 can be formed with at the second protuberance 22.After second protuberance 22 is inserted into power control part engagement groove 152, will be inserted in the 3rd combined hole 23 in conjunction with screw or pin etc., power control part 20 can be fixed on housing 100 thus.On the same day, even without the 3rd combined hole 23, also can be combined by the mode of shrink fit (Shrink Fit).

In addition, power control part 20 comprises connecting line 24 and is electrically connected with illuminating part 200, therefore, it is possible to provide power supply and drive singal to illuminating part 200.Connecting line 24 is connected illuminating part 200 and power control part 20 by the first electric connector 421 with the second electric connector 121.

Power control part 20 can be formed by the metal material or resin material with good exothermic character.

Comprising the various parts such as power supply unit (PSU), drive division in the main part 21 of power control part 20, therefore can effectively protect these parts from resisting the aspect such as external impact, moisture.In addition, power control part 20 can be made easily to combine with housing 100 or separate, therefore have and exchange easy advantage.

< diffuser plate 300>

Referring to figs. 1 through Fig. 3, Fig. 5, illuminating part 200 is formed diffuser plate 300 and is released by diffuser plate 300 from the light of spot light LED210 to make releasing, and area source can be reached to make light, there is on the surface of diffuser plate 300 uniform briliancy.

The two side ends of diffuser plate 300 is inserted into diffuser plate engagement groove 180 in a sliding manner along the first direction a shown in Fig. 5, can combine thus with housing 100.

The material of diffuser plate 300, as being glass, PMMA and PC etc.

Diffuser plate 300 is not formed on all of lighting device 1, but is only formed on illuminating part 200, therefore, it is possible to reduce the use amount of diffuser plate 300.The width of diffuser plate 300 is extremely narrow relative to its length, two sides of diffuser plate 300 are support by housing 100 in the longitudinal direction, therefore there is the bending or sagging of diffuser plate 300 hardly, in the usual use of lighting device 1 without any problem.

Figure 25 is the figure of the embodiment 300A representing diffuser plate 300; Figure 26 is the figure of another the embodiment 300B representing diffuser plate 300; Figure 27 is the figure of another the embodiment 300C representing diffuser plate 300; Figure 28 is the figure of another the embodiment 300D representing diffuser plate 300.

With reference to Figure 25 to Figure 28, diffuser plate 300 can have various shape and carry out various adjustment to make it to the radiative backlight of illuminating part 200.For example, referring to Figure 25, diffuser plate 300A can have flat shape.Can in having two paraboloidal shapes with reference to Figure 26, diffuser plate 300B.With reference to Figure 27, diffuser plate 300C can have the parabola of protrusion, also can have concave surface.With reference to Figure 28, be smooth according to the plane of incidence of diffuser plate 300D and mode that outgoing plane protrudes is formed.

Preferred diffusion plate 300 has the rectangular shape extended along first direction a, but and not necessarily takes such shape.In addition, diffuser plate 300 usually major part takes flat shape, but also can have the various shape of the backlight that can regulate illuminating part 200.

< side lid 40>

Figure 29 is an embodiment of side lid 40; Figure 30 is another embodiment of side lid 40.

With reference to Fig. 4, Fig. 7, Figure 13 and Figure 19, at least one end of housing 100 can comprise side lid 40, is preferably all formed with side lid 40 at the two ends of housing 100.Side lid 40 can prevent moisture, dirt etc. from penetrating in housing 100, improves the rigidity of lighting device, and the illuminating part 200 that can fixedly be received in housing 100 and power control part 20.Side lid 40 can comprise multiple combined hole 41, and housing 100 also can comprise multiple sides lid engagement groove 154.

Make the side lid engagement groove 154 of housing 100 relative with the combined hole 41 of side lid 40 and after putting, the screw of fastening connection side lid engagement groove 154 and combined hole 41 or location slightly, combine to make housing 100 and side lid 40.Side lid 40 can prevent dust or dirt from flowing into the inside of housing 100, can improve the rigidity of housing 100 further.

By multiple combined hole 41 according to after can seeing that the mode of multiple sides lid engagement groove 154 is configured, wait to make it all by multiple combined hole 41 and multiple side lid engagement grooves 154 in conjunction with screw or location, side lid 40 can be made thus to combine with housing 100.The combined hole 41 of side lid 40 not must be holed on the position corresponding with side lid engagement groove 154, but also can the first bracket joint portion 151 of corresponding housing 100, power control part engagement groove 152 and the second bracket joint portion 153 position on hole.Now, more screw or pin are inserted into the first bracket joint portion 151, power control part engagement groove 152 and the second bracket joint portion 153, thus can in conjunction with side lid 40 and housing 100.

The height of side lid 40 and width can be formed according to the mode corresponding to housing 100, therefore as Figure 29 and as shown in figure 30, likely occur difference in shape each other.

In addition, the material of side lid 40 can be identical with the material of housing 100, therefore omits the detailed description to this part.

< bracket 30>

Figure 31 is the stereogram of the embodiment 30A representing bracket 30, Figure 32 is the stereogram of another the embodiment 30B representing bracket 30, Figure 33 is the sectional view of another embodiment using bracket 30A and lighting device that single lighting module combines, Figure 34 is the sectional view of the another embodiment using bracket 30A and lighting device that single lighting module combines, Figure 35 is the sectional view of another embodiment using bracket 30B and lighting device that single lighting module combines, Figure 36 is the sectional view of the another embodiment using bracket 30B and lighting device that single lighting module combines.

With reference to Figure 31 and Figure 32, bracket 30A, 30B comprise fixed head 31, extend from an end of fixed head 31 and the lighting module bonded block 32 be combined with the first bracket joint portion 151 of housing 100, the safety collar 38 that extends from an end of fixed head 31.

Lighting module bonded block 32 and/or safety collar 38 not only can be formed in an end of fixed head 31, can also be formed in its other end.

With reference to Fig. 6 and Figure 11, the combination of housing 100 and bracket 30 can be known in the first embodiment and the second embodiment.Fixed head 31 is advanced on the second bracket joint portion 153 of housing 100 in sliding manner, because lighting module bonded block 32 has through hole, so make the first bracket joint portion 151 of lighting module bonded block 32 and housing 100 combine by pass through the screw of this through hole or pin.

With reference to Figure 33 and Figure 34, compare with Fig. 6 with Figure 11, the shape of the first bracket joint portion 151 of its housing 100 is different.But its combination is identical, fixed head 31 is advanced on the second bracket joint portion 153 of housing 100 in sliding manner, because lighting module bonded block 32 has through hole, so make the first bracket joint portion 151 of lighting module bonded block 32 and housing 100 combine by pass through the screw of this through hole or pin.

With reference to Figure 35 and Figure 36, compare with Figure 33 with Figure 34, it is different what fixed head 31 and safety collar 38 do not have, unlike, the combination of the shape of lighting module bonded block 32 and the first bracket joint portion 151 of housing 100.Lighting module bonded block 32 does not have screw or sells combinative through hole, and the lighting module bonded block 32 in generation can have and the first bracket joint portion 151 of housing 100 can be hung and the sprung parts shape supported.Certainly, now, the first bracket joint portion 151 used has the shape different from the first bracket joint portion 151 shown in Fig. 6 and Figure 11, Figure 33 and Figure 34.The bracket 30A shown in bracket 30B and Figure 31, Figure 33 and Figure 34 shown in Figure 32, Figure 35 and Figure 36 differently also can combine with the first bracket joint portion in sliding manner when not having screw or pin.

First bracket joint portion 151 is formed in shield 130 end of housing 100, on the shield 130 that the second bracket joint portion 153 is formed in housing 100 or sidewall 120.On the other hand, the second embodiment as is illustrated by figs. 11 and 12, when comprising upper plate 140 to replace shield 130, the first bracket joint portion 151 is formed in upper plate 140 end of housing 100, and the second bracket joint portion 153 is formed on sidewall 120.

Safety collar 38 is used for preventing set lighting device 1 because departing from from setting position by earthquake or other impulsive forces or dropping on floor impaired, or the people dropped to below lighting device 1 above makes people injured.If rope to be through on safety collar 38 and this rope is fixed on ceiling inside, even if then lighting device 1 receives impulsive force when departing from from setting position, catch hold of safety collar 38 due to the rope being fixed on ceiling inside and can prevent lighting device 1 from dropping to floor.Therefore, be formed with the bracket 30 of safety collar 38, except have single lighting module is connected original function except, also have further and guarantee safe function.

Bracket 30 be not along the length direction of housing 100 only in conjunction with one, in order to improve the bond strength between single lighting module, or guaranteeing safety, can multiplely combine.

Figure 37 is another routine 30C, Figure 38 of bracket 30 is the figure representing the structure that bracket 30C makes single lighting module 10 be connected each other.

Can be formed multiple on the lighting device 1 i.e. lateral surface of housing 100 with reference to Figure 38, bracket 30C.The bracket 30C of this shape can housing 100 as shown in Figure 17 and Figure 18 or housing 100 as shown in figure 38 do not have like that the housing 100 of the first bracket joint portion 151 of separately establishing each other in conjunction with time used.

Bracket 30C has with two of right-angle bending faces, second face 35 that can comprise the first surface 33 that combines with the lateral surface of housing 100 and combine with the lateral surface of the external support members such as ceiling or wall or housing 100.First surface 33 has the first combined hole 34, second face 35 has the second combined hole 36, single lighting module can be made to combine each other by Intercalation screw on the first combined hole 34, second combined hole 36 etc., or lighting device 1 is combined with external support members.In addition, bracket 30C can be integrally formed on bracket 100.

< support frame 50>

Figure 42 is the stereogram of support frame 50, Figure 43 is the sectional view of support frame 50, Figure 44 is the sectional view of the bonding state represented between support frame 50 and the M type bar of ceiling, and Figure 45 is the sectional view of the bonding state represented between support frame 50 and the T-shaped bar of ceiling.

With reference to Figure 42 to Figure 45, support frame 50 comprises: chassis body 51, around the lateral surface of described housing 100; Housing support 53, extends from the medial surface of described chassis body 51, supports the load of described housing 100; Ceiling fixed part 52, extend from the lateral surface of described chassis body 51, described ceiling fixed part is fixed on the ceiling.Chassis body 51 as shown in figure 43, can have space in inside to reduce weight.

Housing support 53 contacts with the end of the shield 130 of housing 100 and supports the load that other that comprise housing 100 form the parts of lighting device.In addition, do not throw off from the opening portion of support frame 50 to make the parts of other lighting devices except support frame 50, and compared with the length between the outermost end shield 130 of lighting device, preferably make the length between the housing support 53 of side lid 40 corresponding section shorten a little.But, if the length between its housing support 53 too shortens, then can shelter from the inclined plane of shield 130, so this situation is not preferred.Therefore, preferably the length between housing support 53 is formed according to the degree of the inclined plane of not blocking shield 130.

Ceiling fixed part 52 not only by fixing for lighting device on the ceiling, and if between the ceiling be set up at housing 100 and housing in spaced situation, this interval can be sheltered from, therefore its outward appearance can be smartened up.In addition, ceiling fixed part 52 can have ceiling combined hole 54.

With reference to Figure 43 and Figure 44, lighting device can be fixed on the ceiling according to through ceiling combined hole 54, TEX plate and M type bar by screw.

With reference to Figure 43 and Figure 45, due to the load of lighting device self, the state lower lighting device contacted with T-shaped bar at the lower surface of ceiling fixed part 52 is fixing on the ceiling.Now, ceiling fixed part 52 is not to have ceiling combined hole 54, but considers and be not only arranged on T-shaped bar, and also consider situation about being arranged on M type bar, ceiling fixed part 52 preferably has ceiling combined hole 54.

Support frame 50 is more useful especially, can flexibly deal with this set environment.According to every country or various ceiling structure, the area of the ceiling set by lighting device can change.In various embodiments enumerated so far, the lighting device of all size is embodied with the combination of single lighting module 10.But, if priming illumination device when being formed with space between lighting device and ceiling, then can affect attractive in appearance, and the fixing of lighting device also can become unstable.In this case, in order to attractive in appearance and stationarity by forming tens of kinds, to carry out corresponding this problem be can improve to manufacture unit price etc. for the specification of hundreds of single lighting modules 10, in fact comparatively difficulty.Therefore, embodiment described above, possesses the single lighting module 10 of concentrated given size, can use the support frame 50 of various sizes and together solve attractive in appearance and stationarity for the space between lighting device and ceiling.For the parts forming support frame 50, if slenderly formed in one direction, and the cross sectional shape cut off in the plane parallel with this direction forms identical shape, this component cut is become four, and its end is connected and forms rectangle, then can form the support frame 50 of required size.Therefore, there is manufacturing process very simple and can the advantage of corresponding various ceiling.Particularly, if the length producing only ceiling fixed part 52 is different, other measure-alike support frame 50 formation parts, then can the ceiling of corresponding various sizes almost ideally.

The feature be described in the above-described embodiments, structure, effect etc. comprise at least one embodiment of the present invention, are not limited to one and fix on a certain embodiment.And the feature enumerated in each embodiment, structure, effect etc. can also can be combined in other embodiments by the personnel of the usual knowledge of technical field had belonging to embodiment or be out of shape enforcement.Therefore, this combination and the content involved by distortion should be interpreted as comprising within the scope of the present invention.

In addition, above-mentioned record is described around embodiment, but this is only citing, is not limit the present invention.The personnel with the usual knowledge in field belonging to the present invention can carry out various distortion beyond above-mentioned example and application in the scope of intrinsic propesties not departing from the present embodiment.Such as, in embodiment, concrete shown various inscapes can carry out distortion enforcement.In addition, this distortion and the difference involved by application can be interpreted as the scope of the present invention that is included in described in claims.

Claims

1. a lighting device, comprising:

Wherein, each in described wall includes engagement groove,

2. lighting device as claimed in claim 1,

Wherein, described illuminating part comprises:

Substrate, described substrate is arranged on the described base plate of described housing; With

Multiple luminescent device, described multiple luminescent device is set up on the substrate, and wherein, described reflecting plate comprises:

Bottom reflection plate, the described substrate that described bottom reflection plate is arranged on described illuminating part has multiple hole, and described multiple luminescent device is inserted in described multiple hole; With

Offside reflection plate, described offside reflection plate extends from the edge of described bottom reflection plate, and wherein, described fixed projection extends from described offside reflection plate.

3. lighting device as claimed in claim 2, wherein, described offside reflection plate is outward-dipping.

4. lighting device as claimed in claim 2, wherein, described offside reflection plate comprises the first electric connector, and wherein said wall comprises the second electric connector.

5. lighting device as claimed in claim 2, comprise power control part further, described power control part is arranged on the outer surface of described wall.

6. lighting device as claimed in claim 2, wherein, described housing comprises shield, described shield be attached to described wall corresponding edge and from the corresponding edge tilt of described wall.

7. lighting device as claimed in claim 6, wherein said offside reflection plate is disposed on the inner surface of described wall and described shield, and wherein said offside reflection plate comprises diffuser plate engagement groove, and described diffuser plate is attached to described diffuser plate engagement groove.

8. lighting device as claimed in claim 6, wherein, described housing comprises the bracket joint portion being attached to described shield.

9. lighting device as claimed in claim 6, wherein, described housing comprises the ceiling stationary frame being attached to described shield.

10. lighting device as claimed in claim 6, comprise parts further, described parts comprise the side combined with described wall and the opposite side combined with described shield, and wherein said parts, described wall and described shield form enclosure space.

11. lighting devices as claimed in claim 2, wherein, described housing comprises top board, described top board be attached to described wall corresponding edge and from the corresponding edge tilt of described wall.

12. lighting devices as claimed in claim 11, wherein said offside reflection plate is arranged on the inner surface of described wall and described top board, and wherein said offside reflection plate comprises diffuser plate engagement groove, and described diffuser plate is attached to described diffuser plate engagement groove.

13. lighting devices as claimed in claim 11, wherein, the length from the described engagement groove of the first wall described wall to the top of described first wall is than little to the length of the bottom of described first wall from the described engagement groove of described first wall.

14. lighting devices as claimed in claim 11, wherein, the length from the described engagement groove of the first wall described wall to the top of described first wall is than large to the length of the bottom of described first wall from the described engagement groove of described first wall.

15. lighting devices as claimed in claim 11, wherein, described housing comprises the bracket joint portion being attached to described top board.

16. lighting devices as claimed in claim 11, wherein, described housing comprises the ceiling stationary frame being attached to described top board.

17. lighting devices as claimed in claim 11, comprise parts further, and described parts comprise the side combined with described wall and the opposite side combined with described top board, and wherein said parts, described wall and described top board form enclosure space.

18. 1 kinds of lighting devices, comprising:

19. lighting devices as claimed in claim 18, comprise the circuit of powering for described illuminating part further, a part for wherein said circuit combines with described engagement groove.

20. lighting devices as claimed in claim 18, wherein said wall comprises diffuser plate engagement groove, and wherein said diffuser plate combines with described diffuser plate engagement groove.

21. lighting devices as claimed in claim 20, comprise reflecting plate further, described reflecting plate is disposed on the inner surface of described housing, and reflect the light launched from described illuminating part and reflected light is guided through described diffuser plate, wherein said reflecting plate comprises fixed projection, and described fixed projection is inserted in described diffuser plate engagement groove.

22. 1 kinds of lighting devices, comprising:

23. lighting devices as claimed in claim 22, comprise reflecting plate further, described reflecting plate is arranged on the inner surface of described housing, and reflect the light launched from described illuminating part and reflected light is guided through described diffuser plate, wherein said reflecting plate comprises fixed projection, and described fixed projection is inserted in described engagement groove.

24. lighting devices as claimed in claim 23, first jiao wherein between described base plate and described first wall is identical with second jiao between described base plate and described first shield, wherein said reflecting plate comprises bottom reflection plate and offside reflection plate, described bottom reflection plate is arranged on described illuminating part, described offside reflection plate is arranged on described first wall and described first shield, and wherein said offside reflection plate comprises diffuser plate engagement groove, described diffuser plate is attached to described diffuser plate engagement groove.

25. lighting devices as claimed in claim 23, wherein said reflecting plate comprises bottom reflection plate and offside reflection plate, described bottom reflection plate is arranged on described illuminating part, described offside reflection plate is arranged on described first wall, wherein said offside reflection plate comprises the first electric connector, and wherein said first wall comprises the second electric connector.

26. lighting devices as claimed in claim 22, comprise parts further, described parts comprise the side combined with described first wall and the opposite side combined with described first shield, and wherein said parts, described first wall and described first shield form enclosure space.

27. lighting devices as claimed in claim 26, comprise support frame further, described support frame comprises:

Chassis body, described chassis body is around the lateral surface of described housing;

Housing support, described housing support extends from the medial surface of described chassis body and supports the load of described housing; With

Ceiling fixed part, described ceiling fixed part extends from the lateral surface of described chassis body and is fixed to described ceiling,

The ends contact of wherein said housing support and described first shield, and

Wherein said chassis body and described component contact.

28. lighting devices as claimed in claim 27, wherein, described chassis body has inner free space.

29. lighting devices as claimed in claim 27, wherein, described ceiling fixed part has ceiling engagement groove.