CN205690323U - A kind of illuminator - Google Patents

Abstract

The utility model discloses a kind of illuminator, including electrically conducting transparent assembly and with described electrically conducting transparent assembly be electrically connected with at least one illumination module, wherein, at least one illumination module described is configured to removably mechanical and is electrically connected to described electrically conducting transparent assembly.Illuminator of the present utility model, including the illumination module being detachably connected on electrically conducting transparent assembly, illumination module can be changed as required, and installing/dismounting is very convenient.

Description

A kind of illuminator

Technical field

This utility model belongs to lighting technical field, particularly to a kind of illuminator.

Background technology

At light trade, glass is widely used as a kind of ornament materials, typically with the form such as face shield or crystal in Existing.

In the market, can be seen some hollow fluorescent glass is combined the light fixture that built-in light sources is dressed up, utilize Vitreous characteristic, improves the aestheticism of light fixture.Such as, Chinese utility model patent announces CN201706341U Number, disclose a kind of luminescent hollow LED glass, including the first glassy layer, the second glassy layer be positioned at this first glassy layer and the Hollow space between two glassy layers, this first glassy layer has electrically conducting transparent circuit, and LED illuminator is arranged on this conducting wire In.This luminescent hollow LED glass is the integral structure of encapsulation, it is impossible to dismounting so that the luminescence of this luminescent hollow LED glass Effect is single, and after LED illuminator is damaged, it is impossible to replace first-class LED illuminator, have impact on this luminescent hollow LED glass The illumination effect that glass is overall.And owing to the LED light source in this luminescent hollow LED glass cannot be dismantled, cause can not changing not Same luminescence component, it is impossible to meet specific illuminating effect.

Utility model content

The purpose of this utility model is to solve the problems referred to above, it is provided that its inner light source assembly a kind of removable illumination dress Put.

For achieving the above object, this utility model provides a kind of illuminator, including electrically conducting transparent assembly and with described At least one illumination module that bright conductive component is electrically connected with, wherein, at least one illumination module described is configured to removably Machinery and be electrically connected to described electrically conducting transparent assembly.

Further, described illumination module include at least one luminescence component and at least one connect module, described at least One luminescence component and at least one connection module one or split are arranged, and at least one connection module described is arranged on described On bright conductive component.

Further, at least one luminescence component described includes at least one first luminescence component and at least one second Optical assembly, described first luminescence component and/or the second luminescence component are removably mechanical and are electrically connected to same described company Connecing module, by described connection module, at least one luminescence component described is electrically connected with described electrically conducting transparent assembly.

Further, described first luminescence component and the second luminescence component are connected to described electrically conducting transparent assembly Upper and lower surface, luminous towards the both sides of described electrically conducting transparent assembly.

Further, the described first and/or second luminescence component is configured to tunable optical and/or color-adjustable.

Further, described illuminator also includes driving power supply module, described driving power supply module transparent to lead with described Electricity assembly is electrically connected with.

Further, described illuminator also includes the framework being assembled in around described electrically conducting transparent assembly.

Further, described illuminator also includes messenger wire, described messenger wire and described framework and/or described electrically conducting transparent group Part connects.

Further, described electrically conducting transparent assembly at least includes one layer of conductive layer, and described conductive layer is connected module with described It is electrically connected with.

Further, described electrically conducting transparent assembly includes at least layer glass layer and at least one of which conductive layer, described conduction Layer be clipped in described in the centre of at least layer glass layer.

Further, described electrically conducting transparent assembly be provided with several for the connecting hole installing described connection module, often Individual connecting hole runs through the upper and lower surface of described electrically conducting transparent assembly.

Further, it is provided with in described conductive layer and some extends in each connecting hole from conductive layer outward flange or connecting hole The least one set connecting line at edge.

Further, described illuminator also includes power line, and described power line is from the edge of described electrically conducting transparent assembly Enter, and electrically connect with described connecting line.

Further, described illuminator also includes that power line, described connection module include a power input and two Individual power output end, described power input is electrically connected with described power line, and said two power output end is respectively with first Luminescence component and the second luminescence component are electrically connected with.

Further, described connection module includes female end assembly and male end assembly, the described female end assembly bag being electrically connected with Include conducting terminal that female end component and female end component be electrically connected with, be positioned at female end component and conducting terminal it Between spring, described male end assembly includes male end component, passes through between described female end component and male end component Conducting terminal is electrically connected with.

Further, described first luminescence component is connected between module with described and the second luminescence component and described connection mode Identical or different separable mode is used to connect between group.

Further, described first luminescence component includes transparent lamp body and is arranged on first light sources of lamp body one end Part, the first light source assembly arranges the first luminescence unit, described first luminescence unit from one end of lamp body towards another of lamp body End.

Further, described second luminescence component includes the housing being combined with described connection module, is contained in described housing In secondary light source assembly, light distribution element and light-guide device, secondary light source assembly is provided with the second luminescence unit, described second Luminescence unit is towards described light distribution element.

Compared with prior art, advantage of the present utility model is:

A kind of illuminator of the present utility model, including the illumination module being detachably connected on electrically conducting transparent assembly, shines Bright module can be changed as required, and installing/dismounting is very convenient.

Accompanying drawing explanation

Accompanying drawing described herein is used for providing being further appreciated by of the present utility model, constitutes one of the present utility model Point, schematic description and description of the present utility model is used for explaining this utility model, is not intended that of the present utility model Improper restriction.In the accompanying drawings:

The three-dimensional of a kind of illuminator that Fig. 1 provides for this utility model preferred embodiment assembles schematic diagram.

Fig. 2 is the decomposed schematic diagram of Fig. 1.

Fig. 3 is that the three-dimensional of another angle of Fig. 1 assembles schematic diagram.

The schematic diagram of the framework in a kind of illuminator that Fig. 4 provides for this utility model preferred embodiment.

The exploded pictorial of the electrically conducting transparent assembly in a kind of illuminator that Fig. 5 provides for this utility model preferred embodiment Figure.

The profile of the electrically conducting transparent assembly in a kind of illuminator that Fig. 6 provides for this utility model preferred embodiment.

First power line, electrically conducting transparent assembly in a kind of illuminator that Fig. 7 provides for this utility model preferred embodiment The partial schematic diagram of the interior electric connection between wire and second source line.

Luminescence component in a kind of illuminator that Fig. 8 provides for this utility model preferred embodiment and be connected module vertical Body assembles schematic diagram.

Luminescence component in a kind of illuminator that Fig. 9 provides for this utility model preferred embodiment and be connected module point Solve schematic diagram.

Figure 10 is that the three-dimensional of module that connect in Fig. 9 assembles schematic diagram.

Figure 11 is the decomposing schematic representation connecting module of Figure 10.

Figure 12 is the decomposing schematic representation of another angle connecting module of Figure 10.

Figure 13 is that the three-dimensional of the first luminescence component in Fig. 9 assembles schematic diagram.

Figure 14 is the decomposing schematic representation of first luminescence component of Figure 13.

Figure 15 is the decomposing schematic representation of another angle of first luminescence component of Figure 13.

Figure 16 is that the three-dimensional of the second luminescence component in Fig. 9 assembles schematic diagram.

Figure 17 is the decomposing schematic representation of second luminescence component of Figure 16.

Figure 18 is the decomposing schematic representation of another angle of second luminescence component of Figure 16.

Figure 19 is the profile of the line A-A along Fig. 2.

Figure 20 is the enlarged drawing showing part in Figure 19 inner ring.

Detailed description of the invention

For making the purpose of this utility model, technical scheme and advantage clearer, concrete below in conjunction with this utility model Technical solutions of the utility model are clearly and completely described by embodiment and corresponding accompanying drawing.Obviously, described embodiment It is only a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, this area The every other embodiment that those of ordinary skill is obtained under not making creative work premise, broadly falls into this utility model The scope of protection.

Fig. 1 to Fig. 3 and Fig. 8 shows a kind of illuminator 100 that this utility model preferred embodiment provides, including can To connect driving power supply module 4 and driving the electrically conducting transparent assembly 1 of power supply module 4 electric connection, be installed on transparent leading of civil power The framework 12 of electricity assembly 1 periphery, removably machinery and be electrically connected at least one illumination module 3 of electrically conducting transparent assembly 1, Wherein, illumination module 3 includes at least one luminescence component and at least one connection module 2, connects module 2 machine by least one Tool and be electrically connected to electrically conducting transparent assembly 1.Above-mentioned illuminator 100 can be logical as a light fixture for room lighting Cross messenger wire to be arranged on the installation foundation such as ceiling.

Shown in Fig. 1 to Fig. 3 and Fig. 7, illuminator 100 also includes being electrically connected with driving power supply module 4 and transparent leading First power line 42 of electricity assembly 1, one end of the first power line 42 is electrically connected to drive power supply module 4, the first power line 42 The other end be electrically connected to electrically conducting transparent assembly 1.Including some wires 421 in first power line 42, some wires 421 are arranged Between electrically conducting transparent assembly 1 and framework 12.Driving power supply module 4 and electrically conducting transparent assembly is achieved by the first power line 42 Electric connection between 1.As shown in Fig. 5, Fig. 7 and Figure 10, illuminator 100 also includes being arranged on electrically conducting transparent assembly 1 Second source line 116, one end of second source line 116 electrically and is mechanically connected to electrically conducting transparent assembly 1, second source line 116 The other end be electrically connected to connect module 2.By second source line 116 achieve electrically conducting transparent assembly 1 be connected module 2 it Between electric connection.

Between each element and the element in the illuminator 100 that this utility model preferred embodiment provides Annexation illustrates.

As shown in Figures 5 to 7, electrically conducting transparent assembly 1 is rectangular, and four sides 10 are housed in frame 12.Electrically conducting transparent Assembly 1 includes two transparent glassy layers and is clipped in conductive layer 13 transparent between layer glass layer.Wherein, layer glass layer divides Not being the first glassy layer 11 and the second glassy layer 12, glassy layer is preferably made with safety glass, thickness can be selected in 3mm-5mm it Between.In other embodiments, transparent plastic material etc. can also be used.

Electrically conducting transparent assembly 1 be provided with eight for install connect module 2 connecting hole 114, each connecting hole 114 runs through The layer glass layer 11,12 of electrically conducting transparent assembly 1 and conductive layer 13.Each connecting hole 114 is at first glassy layer the 11, second glass Layer 12 can be identical with the aperture on conductive layer 13, it is also possible to differs.

Conductive layer 13 is electrically connected with the first power line 42.Concrete, it is provided with some from conductive layer 13 in conductive layer 13 In edge extends to each connecting hole 114 or eight groups of connecting lines at connecting hole 114 edge, often include five wires in group connecting line 115.Wire 421 in first power line 42 is all welded in one end of conductive layer 13 inside conductor 115, thus realize conductive layer 13 with Electric connection between first power line 42.One end of second source line 116 is electrically connected with the other end of wire 115.Specifically , as shown in Fig. 2, Fig. 5, Fig. 7 and Figure 10, one end of second source line 116 is welded in one end of wire 115, second source line The other end of 116 is provided with the first adapter 117, is electrically connected in the second adapter 231 connecting module 2.Five wires 115 Including a positive wire and four cathode conductors, also include five wires 421 in the first power line 42, respectively with five wires 115 are electrically connected with.Five wires 115 provide power supply can to RGBW color LED light source, and can carry out light modulation toning.? In other embodiment, it would however also be possible to employ alternate manner carries out light modulation toning.

Further, equal in order to ensure the impedance on electrically conducting transparent assembly 1 of each luminescence component 3, it is ensured that each The brightness of luminescence component 3 is consistent, the wire 115 in each group connecting line from conductive layer 13 edge to eight connecting hole 114 Length equal.

It should be noted that after the wire 115 that is soldered in conductive layer 13 of second source line 116, then paste with glue is fixing On the first glassy layer 11 or the second glassy layer 12, it is ensured that second source line 116 does not loosens and comes off.Meanwhile, glass is utilized High property thoroughly, and combine transparent conductive layer 13 so that electrically conducting transparent assembly 1 presents good transparent effect so that user sees Less than the wire 115 in conductive layer 13, enhance the visual effect of this illuminator 100.

As shown in Figure 1 to Figure 3, power supply module 4 is driven to include power pack 41 and be arranged on the substrate in power pack 41 and set The some components and parts being placed on substrate, some components and parts include but not limited to that LED drives controller chip, rectification chip, resistance Device, capacitor, electric fuse and coil etc..External power source, as civil power can pass through by driving after power supply module 4 transformation, rectification First power line 42 transmits to the conductive layer 13 of electrically conducting transparent assembly 1.In other embodiments, driving power supply module 4 can Separately assemble with other element with this illuminator, be set in advance on the ceiling of user.

As shown in Figures 1 to 4, framework 12 is suspended in ceiling (not shown) by four messenger wires 121, framework 12 Upper and four messenger wires 121 connections positions are respectively equipped with the first corresponding through hole 127, be provided with in the first through hole 127 one hollow Screw (not shown), messenger wire 121 is connected through cored screw is fixing with framework 12.It is additionally provided with on framework 12 for by first Second through hole 128 of power line 42.Framework 12 is a rectangle frame, and it includes two 122, two phases of the first support being parallel to each other The second the most parallel support 123 and four Corner Links 124 that the first support 122 and the second support 123 are connected.First Connected by several first screws 125 between support the 122, second support 123 and Corner Link 124.First support 122, Second support 123 and Corner Link 124 are trench structure, and the inner ring at framework 12 forms an accepting groove 126.Accepting groove House in 126 by the first power line 42 through five wires 421 after the first through hole 128 and four sides of electrically conducting transparent assembly 1 Limit 10.Five wires 421 set with order laminating side 10 row clockwise or counterclockwise, often five wires 115 in group connecting line It is electrically connected with five wires 421 respectively.In framework 12, the first support 122 and the second support 123 are preferably made with aluminium, Corner Link 124 is preferably made with kirsite.In other embodiments, frame 12 can also is that integrated, it is not necessary to Assemble.

As shown in Figure 8 and Figure 9, illumination module 3 includes first luminescence component the 31, second luminescence component 32 and difference electrically And it is mechanically connected the first luminescence component 31 and connection module 2 of the second luminescence component 32.Below to the first luminescence component 31, second In luminescence component 32 and connection module 2, the annexation between each element and element illustrates.

As shown in Fig. 1 and Fig. 5, Fig. 9 to Figure 12, Figure 19 and 20, connect the female end assembly 201 that module 2 includes being electrically connected with With male end assembly 202.Connect module 2 to be connected in connecting hole 114, and be electrically connected with electrically conducting transparent assembly 1.

Shown in Figure 11 and Figure 12, female end assembly 201 includes female end pedestal 26, and be arranged on female end pedestal 26 is multiple parallel The cylindricality conducting terminal 25, the multiple spring 24 abutting and acting on each conducting terminal 25 respectively that arrange abut with spring 24 Female end component 23, and house female end component 23 female end lid 22.Female end assembly 201 also includes female end pedestal 26, female end component 23 and female end lid 22 connect two the first screws 21 being positioned together.Such as, each spring 24 is Volute spring, conducting terminal 25 is copper sheathing, and each conducting terminal 25 is installed on the vertex of a cone end of a volute spring.Copper sheathing is loaded on cone One end of shape spring, it is ensured that the fastness of the connection between copper sheathing with corresponding volute spring and reliability.

Female end pedestal 26 includes that the female end barrel 261 of both ends open and integral type are connected to female end barrel 261 one end First ring 262, and radially extended female end gripper shoe 263 from the inner circumferential of female end barrel 261, and axially penetrated through female end Gripper shoe 263 is for accommodating multiple receiving portions 264 of conducting terminal 25.

Female end component 23 has multiple female end conductive part 233, each spring 24 on the side of male end assembly 202 One end and a female end conductive part 233 contact against or be fixed on female end conductive part 233.Female end component 23 is towards female end The side of cover plate 22 is provided with the second adapter 231 and the 3rd adapter 232.It addition, be additionally provided with two on female end component 23 Individual for the third through-hole 234 through the second screw 21.

Female end lid 22 includes lid 221 and second ring 222.Lid 221 be provided with avoid dry with the second adapter 231 The first notch part 223 related to, and avoid the second notch part 224 interfered with the 3rd adapter 232, and two are used for through second The fourth hole 225 of screw 21.It is formed with multiple for being connected with the second luminescence component 32 on the outer peripheral face of second ring 222 First fin 226, it is achieved connect the connection between module 2 and the second luminescence component 32, is formed between the first adjacent fin 226 There is gathering sill 227.

Male end assembly 202 includes male end pedestal 29 and male end lid 27, and is arranged on male end pedestal 29 and male end lid Male end component 28 between 27.

Male end pedestal 29 has the male end barrel 291 of both ends open, and from the inner peripheral surface radial direction of male end barrel 291 The male end gripper shoe 292 extended internally.Male end gripper shoe 292 is provided with several the first hollow locating dowels 294.Concrete, public End barrel 291 is removably installed in female end barrel 261.In male end lid 27 is installed on male end barrel 291 and position Between male end gripper shoe 292 and female end gripper shoe 263, it has multiple be respectively used to through a conducting terminal 25 Five through holes 271.Male end cover plate 27 and male end gripper shoe 292 are configured to be folded in therebetween male end component 28.

Male end component 28 on the side of the multiple conducting terminals 25 in female end assembly 201, there is multiple male end Conductive part 281, each male end conductive part 281 can electrically connect with a conducting terminal 25.Each spring 24 is configured in male end When assembly 202 is installed on female end assembly 201, a conducting terminal 25 is made to receive the active force pointing to a male end conductive part 281, So that this conducting terminal 25 contacts against with a male end conductive part 281 so that female end assembly 201 and male end assembly 202 it Between realize being electrically connected with reliably.

Being installed on female end assembly 201 for the ease of male end assembly 202, male end pedestal 29 also includes from male end barrel 291 Multiple second projections 293 of extending radially outwardly of outer peripheral face.Multiple second it is also formed with on the inner peripheral surface of female end barrel 261 Fin 265, is formed with gathering sill 266 between the second adjacent fin 265, and the second projection 293 on male end pedestal 29 can be prolonged Stretching into gathering sill 266, and turn an angle along the circumferential direction of female end barrel 261, such second projection 293 is i.e. with second Fin 265 is mutually clasped so that male end pedestal 29 and female end pedestal 26 in the vertical can not relative movement so that male end group Part 202 is securely mounted at female end assembly 201.It is of course also possible to rotate one by the rotation direction contrary with installation direction again Fixed angle so that male end assembly 202 separates from female end assembly 201.It is to say, the male end assembly 202 connected in module 2 Detachable with female end assembly 201.

The first adapter 117 on second source line 116 connects with the second adapter 231 being connected on module 2, so that Electric current after driving power supply module 4 is electrically connected with by the first power line 42, electrically conducting transparent assembly 1 and second source line 116 Supply power to connect module 2.Second adapter 231 can be considered as connecting the power input of module 2.Connect module 2 and also include two Individual power output end, one is the 3rd adapter 232, and another is the male end assembly being electrically connected with female end component 23 Male end component 28 in 202.In this utility model embodiment, female end assembly 201 and the special construction of male end assembly 202, The compact conformation of this electrical connection device, volume can be made little, and facilitate the peace between male end assembly 202 and female end assembly 201 Dress and dismounting.

As shown in Figure 11 and Figure 20, first ring 262 of female end pedestal 26 is fitted on the first glassy layer 111, female end lid Second ring 222 of plate 22 is fitted on the second glassy layer 112, and the second screw 21 is through the fourth hole on female end cover plate 22 225, it is locked in the female end gripper shoe 263 of female end pedestal 26 after the third through-hole 234 on female end component 23, realizes with this Connection module 2 is fastened on electrically conducting transparent assembly 1.

As shown in Figure 13 to Figure 15 and Figure 19, the first luminescence component 31 includes that base the 316, first cover plate 314, second covers Plate 311, the first light source assembly 315 between base 316 and the first cover plate 314.Base 316 is provided with for the first light The groove 3161 that the wire of source component 315 power supply passes, and several clematis stem holes 3162.First cover plate 314 and the second cover plate Connecting between 311 has the first transparent cylinder 312, the first cylinder 312 inner ring to arrange the second transparent cylinder 313.First cover plate 314 are provided with several the second hollow locating dowels 3141, by several the 3rd screws between base 316 and the first cover plate 314 317 coordinate with the second hollow locating dowel 3141 and to achieve a fixed connection.

Some first luminescence units that first light source assembly 315 includes first substrate 3151, is located on first substrate 3151 3152, first substrate 3151 is additionally provided with several the 7th through holes 3153.Light source assembly 315 arranges the first luminescence unit 3152 One side is towards the second cover plate 311, light directive the second cover plate 311 that the i.e. first luminescence unit 3152 sends.Luminescence unit 3152 can be LED, can be TL luminous source etc..Through the first transparent cylinder 312 and the second cylinder 313, user is permissible See the illumination effect of luminescence unit 3152, and, the second cylinder 313 is provided with many minute bubbles (not shown)s, when the One luminescence unit 3152 is got on minute bubbles, presents the effect that minute bubbles are luminous the most simultaneously.In other embodiments, first Light source assembly 315 and driving power supply module 4 can be arranged with integral type, arrange driving and luminescence list the most simultaneously Unit, it can be provided homonymy or not homonymy, it is also possible to grafting or paster.Luminescence unit can also be arranged in annular, and it is outside also The light distribution element such as lens ring can be additionally provided with.

First luminescence component 31 is mechanically connected on the male end pedestal 29 connecting module 2.Concrete, this first luminescence component Also include in 31 that several built-in screws 318, built-in screw 318 are housed in behind the 7th through hole 3153, clematis stem hole 3162 In first hollow locating dowel 294, it is achieved the first luminescence component 31 and the mechanical connection being connected between module 2.First luminescence component 31 are electrically connected with male end assembly 202 simultaneously, the wire that the male end component 28 in male end assembly 202 extends out (not shown) is electrically connected on first substrate 3151 by after groove 3161.Hereby it is achieved that the first luminescence component 31 With the electric connection being connected between module 2, male end assembly 202 it is that the first luminescence component 31 is powered.

In this utility model embodiment, the first luminescence unit 3152 in the first luminescence component 31 uses RGBW glory LED, It is powered with 5 routes, light modulation toning can be carried out by wireless smart devices such as remote controller, mobile phone etc..First cylinder 312 can Use transparent PC plastic production, the second cylinder 313 that transparent acrylic can be used to make.In other embodiments, first Luminescence component 31 can also is that ball alveolitoid luminescence component or candle alveolitoid luminescence component.

As shown in Figure 16 to Figure 20, the second luminescence component 32 includes hood-shaped housing 326, light diffusion element the 325, second light Source component 324, light-guide device 323, light distribution element 322 and the 4th adapter 321.Housing 326 include annular sidewall 3261 and Annular bottom wall 3262, sidewall 3261 inner surface is provided with positioning strip 3263, bottom surface 3262 is provided with multiple first convex at proximal edge Play 3264.First protruding 3264 through gathering sill 227, from one end of second ring 222 of female end cover plate 22 along female end cover plate 22 Radial direction move a segment distance towards the other end of second ring 222 after, rotate certain angle along female end cover plate 22 circumferential direction Degree, such first projection 3264 is i.e. fitted with the surface of the first fin 226 longitudinal direction so that housing 326 and female end cover plate 22 are vertical Upwards can not relative movement so that the second luminescence component 32 be removably installed in connection module 2.

Outwards set gradually as light diffusion element 325, secondary light source assembly 324, conduct by bottom surface 3262 in housing 326 Light-guide device 323 and the reflector 322 as light distribution element.

Secondary light source assembly 324 include annular base plate 3241, be located on substrate 3241 arrange the most ringwise some The 5th adapter 3243 of two conducting terminals (not shown), secondary light source assembly is set in second luminescence unit 3242 and one 324 are provided with that side end face of the second luminescence unit 3242 towards reflector 322 so that the light penetrated inwardly is through reflector 322 reflections, reflex to light-guide device 323, and then penetrate from light diffusion element 325 side.Reflector 322 is provided with one the 8th Through hole 3221, puts the 4th adapter 321 with two conducting terminals (not shown), the 4th adapter in the 8th through hole 3221 321 dock with the 5th adapter 3243, and the 4th adapter 321 docks with the 3rd adapter 232 being connected in module 2, thus shape Become the second luminescence component 32 and the electric connection being connected between module 2, female end assembly 201 be that the second luminescence component 32 supplies Electricity.In the present embodiment, the second luminescence unit 3252 in the second luminescence component 32 uses white light LEDs, is powered with 2 routes.When So, in other preferred embodiments, it would however also be possible to employ other is such as TL luminous source etc..First light source assembly and driving power supply module Can arrange with integral type, second substrate arrange driving and luminescence unit, it can be provided homonymy or not homonymy, also simultaneously Can be with grafting or paster.The light distribution element such as lens can also be additionally provided with outside luminescence unit.First luminescence component can also It is ball alveolitoid luminescence component or candle alveolitoid luminescence component.

Illuminator of the present utility model, including luminous group be flexibly connected with electrically conducting transparent assembly by connection module Part, luminescence component can change as required, and installing/dismounting is very convenient.Further, same connection module can connect multiple Different luminescence component so that this illuminator structure is compact, and improve the brightness of unit are intraoral illumination, and user It can be seen that multiple illumination effect, enhance the visual effect of this illuminator.

Above-described instantiation, has been carried out the purpose of this utility model, technical scheme and beneficial effect further Describe in detail, be it should be understood that and the foregoing is only specific embodiment of the utility model, be not limited to this reality With novel, all within spirit of the present utility model and principle, any modification, equivalent substitution and improvement etc. done, all should comprise Within protection domain of the present utility model.

Claims (18)

1. an illuminator, including electrically conducting transparent assembly and with described electrically conducting transparent assembly be electrically connected with at least one shine Bright module, it is characterised in that at least one illumination module described is configured to removably mechanical and is electrically connected to described transparent Conductive component.

Illuminator the most according to claim 1, it is characterised in that described illumination module includes at least one luminescence component Connect module, at least one luminescence component described and at least one connection module one with at least one or split is arranged, described At least one connects module and is arranged on described electrically conducting transparent assembly.

Illuminator the most according to claim 2, it is characterised in that at least one luminescence component described includes at least one First luminescence component and at least one second luminescence component, described first luminescence component and/or the second luminescence component are removably Machinery and be electrically connected to same described connection module, by described connection module, at least one luminescence component described and institute State electrically conducting transparent assembly to be electrically connected with.

Illuminator the most according to claim 3, it is characterised in that described first luminescence component and the second luminescence component divide It is not connected to the upper and lower surface of described electrically conducting transparent assembly, luminous towards the both sides of described electrically conducting transparent assembly.

Illuminator the most according to claim 4, it is characterised in that the described first and/or second luminescence component is configured to Tunable optical and/or color-adjustable.

Illuminator the most according to claim 1, it is characterised in that described illuminator also includes driving power supply module, Described driving power supply module is electrically connected with described electrically conducting transparent assembly.

Illuminator the most according to claim 1, it is characterised in that described illuminator also includes being assembled in described transparent Framework around conductive component.

Illuminator the most according to claim 7, it is characterised in that described illuminator also includes messenger wire, described messenger wire It is connected with described framework and/or described electrically conducting transparent assembly.

Illuminator the most according to claim 3, it is characterised in that described electrically conducting transparent assembly at least includes one layer of conduction Layer, described conductive layer is electrically connected with the described module that is connected.

Illuminator the most according to claim 9, it is characterised in that described electrically conducting transparent assembly includes at least two-layer glass Glass layer and at least one of which conductive layer, described conductive layer be clipped in described in the centre of at least layer glass layer.

11. illuminators according to claim 3, it is characterised in that described electrically conducting transparent assembly is provided with several and uses In the connecting hole of the described connection module of installation, each connecting hole runs through the upper and lower surface of described electrically conducting transparent assembly.

12. illuminators according to claim 10, it is characterised in that be provided with some from conductive layer in described conductive layer Edge extends in each connecting hole or the least one set connecting line at connecting hole edge.

13. illuminators according to claim 12, it is characterised in that described illuminator also includes power line, described Power line enters from the edge of described electrically conducting transparent assembly, and electrically connects with described connecting line.

14. illuminators according to claim 3, it is characterised in that described illuminator also includes power line, described company Connect module and include that a power input and two power output ends, described power input are electrically connected with described power line, Said two power output end is electrically connected with the first luminescence component and the second luminescence component respectively.

15. illuminators according to claim 3, it is characterised in that described connection module includes the female end being electrically connected with Assembly and male end assembly, described female end assembly include conducting terminal that female end component and female end component be electrically connected with, Spring between female end component and conducting terminal, described male end assembly includes male end component, described female end electricity It is electrically connected with by conducting terminal between circuit component and male end component.

16. illuminators according to claim 3, it is characterised in that described first luminescence component is connected module with described Between and the second luminescence component use identical or different separable mode to connect with described connection between module.

17. according to the illuminator described in claim 3 or 16, it is characterised in that described first luminescence component includes transparent Lamp body and be arranged on first light source assembly of lamp body one end, the first light source assembly arranges the first luminescence unit, described first Light unit from one end of lamp body towards the other end of lamp body.

18. according to the illuminator described in claim 3 or 16, it is characterised in that described second luminescence component includes with described Connect the housing that module combines, the secondary light source assembly, light distribution element and the light-guide device that are contained in described housing, the second light Source component is provided with the second luminescence unit, and described second luminescence unit is towards described light distribution element.