CN205331817U - Lighting apparatus - Google Patents
Lighting apparatus Download PDFInfo
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- CN205331817U CN205331817U CN201520534954.0U CN201520534954U CN205331817U CN 205331817 U CN205331817 U CN 205331817U CN 201520534954 U CN201520534954 U CN 201520534954U CN 205331817 U CN205331817 U CN 205331817U
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- China
- Prior art keywords
- jointer
- main body
- intensity distribution
- luminous intensity
- module
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- Non-Portable Lighting Devices Or Systems Thereof (AREA)
Abstract
A lighting device (10) is provided with a main body module (1) having a light source (4), and a light distribution module (2) that makes light emitted from the light source (4) a predetermined light distribution. An adapter (3) is interposed between the body module (1) and the light distribution module (2). The adapter (3) is configured to determine the suitability of a preset combination of any 1 type of body module (1) selected from the plurality of types of body modules (1) and any 1 type of light distribution module (2) selected from the plurality of types of light distribution modules (2). When the body module (1) and the light distribution module (2) have suitability for connection, the body module (1) and the light distribution module (2) are mechanically connected via the adapter (3).
Description
Technical field
This utility model relates to ligthing paraphernalia。
Background technology
In the past, as ligthing paraphernalia, it is proposed for the basic comprising unit after by main composition unit, it is possible to change the Down lamp (downlight) (such as, Japanese Unexamined Patent Publication No 2008-34185 (hereinafter referred to as " document 1 ")) of the parts assembled。
The Down lamp of document 1 is configured to be installed on the framework of basic comprising unit by parts such as controlling the tapered bobbin of angle of cut-off via jointer。In the Down lamp of document 1, by the parts selected according to order content are assembled into basic comprising unit, thus, with the diversified requirement from client accordingly, it is possible to the different multiple Down lamps such as angle of cut-off are easily provided。
, in ligthing paraphernalia, there is the kind etc. according to light source needs the situation of multiple basic comprising unit。Ligthing paraphernalia such as, if the combination using mistake is installed as luminous intensity distribution modules such as basic comprising unit main body module and the tapered bobbins with light source, then has the worry that can not obtain desired light output characteristics。Even if wishing that ligthing paraphernalia is set to deposit in case at multiple main body module and multiple luminous intensity distribution module, operating personnel also is able to identify exactly the structure that the assembly operation of the suitable combination of main body module and luminous intensity distribution module is high。
Utility model content
This utility model is made in view of above-mentioned reason, its objective is the ligthing paraphernalia providing assembly operation higher。
Ligthing paraphernalia of the present utility model possesses main body module and luminous intensity distribution module。Aforementioned body module has light source。Above-mentioned luminous intensity distribution module makes the luminous intensity distribution that the light from above-mentioned light source radiation becomes regulation。Above-mentioned ligthing paraphernalia is characterised by, being situated between aforementioned body module and above-mentioned luminous intensity distribution module is having jointer。Above-mentioned jointer is constituted in the way of distinguishing any a kind of main body module selected from multiple aforementioned body module and the fitness of the combination being preset of any a kind of luminous intensity distribution module selected from multiple above-mentioned luminous intensity distribution module。When aforementioned body module and above-mentioned luminous intensity distribution module have the fitness of combination, aforementioned body module is mechanically combined via above-mentioned jointer with above-mentioned luminous intensity distribution module。
Aforementioned body module has above-mentioned light source and main body, and possesses above-mentioned light source on the 1st of this main body, and above-mentioned luminous intensity distribution module is set as the outer shape of the cylindrical body surrounding above-mentioned light source, and the outer shape of above-mentioned jointer is the flat board of frame-shaped。
Above-mentioned jointer possesses the 1st fitting portion, any a kind of main body module selected from multiple aforementioned body module possesses 2nd fitting portion chimeric with above-mentioned 1st fitting portion, further, above-mentioned jointer possesses the 3rd fitting portion, and any a kind of luminous intensity distribution module selected from multiple above-mentioned luminous intensity distribution module possesses 4th fitting portion chimeric with above-mentioned 3rd fitting portion。Above-mentioned jointer according to Qian He of above-mentioned 1st fitting portion of above-mentioned jointer and above-mentioned 2nd fitting portion of aforementioned body module could, the Qian He of above-mentioned 3rd fitting portion of above-mentioned jointer and above-mentioned 4th fitting portion of above-mentioned luminous intensity distribution module could, carry out the distinguishing of fitness of the combination of aforementioned body module and above-mentioned luminous intensity distribution module。
Above-mentioned 1st fitting portion is the 1st recess or the 1st protuberance, above-mentioned 2nd fitting portion is 2nd protuberance chimeric with above-mentioned 1st recess or the second recesses chimeric with above-mentioned 1st protuberance, above-mentioned 3rd fitting portion is the 3rd recess or the 3rd protuberance, and above-mentioned 4th fitting portion is 4th protuberance chimeric with above-mentioned 3rd recess or 4th recess chimeric with above-mentioned 3rd protuberance。
Ligthing paraphernalia of the present utility model has the effect that can improve assembly operation further。
Accompanying drawing explanation
Fig. 1 indicates that the exploded perspective view of the ligthing paraphernalia of embodiment。
Fig. 2 is the axonometric chart of the main portions of the ligthing paraphernalia that embodiment is described。
Fig. 3 is the axonometric chart of other main portions of the ligthing paraphernalia that embodiment is described。
Fig. 4 A～4H is the axonometric chart of other main portions of the ligthing paraphernalia that embodiment is described。
Fig. 5 is the axonometric chart of the combination of the main portions of the ligthing paraphernalia that embodiment is described。
Fig. 6 is other exploded perspective views of the ligthing paraphernalia that embodiment is described。
Fig. 7 is other axonometric charts of the ligthing paraphernalia that embodiment is described。
Detailed description of the invention
Accompanying drawing illustrates one or more embodiment according to this programme, but is intended only as example and is not defined。In the accompanying drawings, identical symbol refers to same or similar key element。
Hereinafter, illustrate about the ligthing paraphernalia 10 of present embodiment with reference to Fig. 1～Fig. 7。In the drawings, identical components is given identical numbering and the repetitive description thereof will be omitted。The size of component shown in each figure, position relationship exist to clearly state and overweening situation。In the following description, constitute present embodiment each key element can be by a component constituted multiple key element and with a multiple key element of component dual-purpose in the way of, it is also possible to share the function of a component with multiple components and realize。
As shown in Fig. 1～Fig. 5, the ligthing paraphernalia 10 of present embodiment possesses main body module 1 and luminous intensity distribution module 2。Main body module 1 has light source 4。Luminous intensity distribution module 2 makes the light from light source 4 radiation become the luminous intensity distribution of regulation。Jointer 3 is situated between and is in that between main body module 1 and luminous intensity distribution module 2。Jointer 3 is configured to the fitness distinguishing any a kind of main body module 1 selected from multiple main body module 1 with the combination being preset of any a kind of luminous intensity distribution module 2 selected from multiple luminous intensity distribution module 2。Multiple main body module 1 has illustrated in fig. 2。Multiple luminous intensity distribution module 2 has illustrated in figure 3。When main body module 1 and luminous intensity distribution module 2 have the fitness of combination, main body module 1 is mechanically combined via jointer 3 with luminous intensity distribution module 2。
For the ligthing paraphernalia 10 of present embodiment, by having the jointer 3 distinguishing main body module 1 with the fitness of the combination of luminous intensity distribution module 2, it is possible to prevent main body module 1 and luminous intensity distribution module 2 combined with the combination of mistake, it is possible to improve assembly operation further。
Hereinafter, about the composition of the ligthing paraphernalia 10 of present embodiment, more specifically illustrate。
The ligthing paraphernalia 10 of present embodiment constitutes Down lamp。As it is shown in figure 1, ligthing paraphernalia 10 possesses main body module 1, luminous intensity distribution module 2, jointer 3 and power module 5。Main body module 1 possesses main body 1a, light source 4, fixing latch plate 1c, reflecting plate 1d, plate portion 1e and fastens plate 1f。
Main body 1a possesses discoideus bottom 1ad and the frame portion 1ae of the ring-type in the setting of the periphery of bottom 1ad。Main body 1a possesses the 2nd fitting portion 1m chimeric for fitting portion 3t with the 1st of jointer 3 described later the。Main body 1a possesses the recessed recess 1ac of central part of bottom 1ad。Recess 1ac is configured to receive the LED unit 4a as light source 4。Main body 1a possesses at bottom 1ad from the multiple fin 1ks prominent with the 1st the 2nd contrary for the 1aa surface 1ab being configured with LED unit 4a。Fin 1k is set as flat outer shape。Material as main body 1a, for instance, it is possible to formed with aluminum。Main body 1a is for instance, it is possible to the cast aluminium system of being set as。Main body 1a is not limited to only use aluminum。Main body 1a is for example, it is also possible to as the material higher than heat conductivity with resin-phase, formed by copper, stainless steel and other metal materials。Main body 1a can by the heat that produces at light source 4 via fin 1k to external cooling。
LED unit 4a has illuminating part 4d and assembling substrate 4e。Illuminating part 4d has multiple LED chip。Illuminating part 4d has the sealing 4d1 covering LED chip。LED unit 4a is possible not only to the composition being possess multiple LED chip, it is also possible to be the composition possessing 1 LED chip。Although LED unit 4a is connected electrically in series multiple LED chip, it is also possible to it is connected in parallel, it is also possible to connection in series-parallel connects。LED chip can be used the blue LED die possessing the gallium nitride compound semiconductor that can send blue light by illuminating part 4d。The sealing 4d1 sealing blue LED die can be used the organic siliconresin of light transmission by illuminating part 4d。As the material of sealing 4d1, not only organic siliconresin, additionally it is possible to use epoxy resin, glass etc.。
Illuminating part 4d can mix phosphor body in the material of sealing 4d1。Phosphor body is for instance, it is possible to use the yellow fluorescent body being radiated the sodium yellow of wide cut by the blue light excitation radiated from blue LED die。Illuminating part 4d can pass through the secondary colour radiation white light from the blue light of blue LED die radiation with the sodium yellow from the radiation of yellow fluorescent body。
Multiple LED chips, on the assembling substrate 4e of rectangular flat shape, are configured in the scope of imaginary circle by LED unit 4a separatedly。Multiple LED chips can also to configure at equal intervals。The back side that the fitting surface with the LED chip of assembling substrate 4e of LED unit 4a is contrary abuts with the 1st 1aa of main body 1a。
Assembling substrate 4e can be set as the composition of the wiring being formed with the regulation shape employing metal material in insulative substrate。The material of insulative substrate is for instance, it is possible to use the pottery such as aluminium oxide ceramics, aluminium nitride。The metal material of wiring is for instance, it is possible to use Au etc.。Assembling substrate 4e is possible not only to be the use of the ceramic substrate of ceramic material, it is also possible to use glass epoxy substrate, metallic matrix substrate etc.。Substrate 4e is when top view in assembling, is not limited only to the outer shape of rectangle, additionally it is possible to be set as the suitable outer shape such as toroidal, elliptical shape, polygon。
LED unit 4a can make assembling substrate 4e abut with main body 1a via heat radiation lubricating fat。When LED unit 4a abuts with main body 1a via heat radiation lubricating fat, even if having concavo-convex on the 1st 1aa assembling the back side of substrate 4e, main body 1a, it is also possible to efficiency is dispelled the heat well。Assembling substrate 4e electrically connects multiple LED chips by connecting up。Assembling substrate 4e has the protecting film of the insulating properties mechanically protecting wiring。Protecting film can be formed by the synthetic resin etc. containing light-scattering material。Protecting film can suppress to be assembled substrate 4e from the illuminating part 4d light radiated and absorb。
LED unit 4a is fixed in main body 1a by fixing latch plate 1c。Fixing latch plate 1c is the outer shape of " L " shape when cross-section。Fixing latch plate 1c passes through fixed screw 1ca by fastened by screw in main body 1a。Fixing latch plate 1c is configured to make flat end abut with the peripheral part of assembling substrate 4e。Fixing latch plate 1c is configured to the end of fixing latch plate 1c and is pushed to main body 1a by assembling substrate 4e, it is possible to clamp assembling substrate 4e with the end of fixing latch plate 1c and main body 1a。In ligthing paraphernalia 10, it is provided with reflecting plate 1d, to cover the main body 1a being fixed with LED unit 4a。
Reflecting plate 1d can be formed as ring-type when top view。Reflecting plate 1d possesses protuberance 1db in the periphery of ring-type。Reflecting plate 1d possesses fenestra portion 1da at the central part of ring-type。Fenestra portion 1da makes the illuminating part 4d of LED unit 4a expose。Fenestra portion 1da is formed by the internal perisporium 1dd that the rear side to reflecting plate 1d is prominent。Internal perisporium 1dd is formed as along with leaving from LED unit 4a and aperture area gently becomes big on the optical axis direction of LED unit 4a。The internal perisporium 1dd of reflecting plate 1d surrounds illuminating part 4d。Reflecting plate 1d is for instance, it is possible to by thermoplastic resin formation。Reflecting plate 1d can use polybutylene terephthalate (PBT) resin as thermoplastic resin。Reflecting plate 1d can also make resin material contain Chinese white and be formed。The internal perisporium 1dd of reflecting plate 1d has the reflecting surface that reflection carrys out the light of self-luminescent part 4d。Namely reflecting surface can utilize the surface of internal perisporium 1dd with keeping intact, it is also possible to constitute by forming metal film on the surface of internal perisporium 1dd。Reflecting plate 1d is by possessing the function that light is reflected, it is possible to effectively utilize the light from LED unit 4a。Reflecting plate 1d is configured to chimeric with the plate portion 1e covering LED unit 4a。
Plate portion 1e makes outer shape be formed as discoid。Plate portion 1e has the perimembranous 1eb of discoideus panel main body 1ea and ring-type。Panel main body 1ea entirety possesses light transmission。Material as panel main body 1ea, for instance, list polycarbonate resin, acrylic resin, polybutylene terephthalate (PBT) resin etc. and there is the resin material of light transmission, glass。Panel main body 1ea is when using resin material and formed, it is possible to formed by injection molding forming etc.。Perimembranous 1eb is disposed over the outer rim of panel main body 1ea。Perimembranous 1eb protects the outer rim of panel main body 1ea。Material as perimembranous 1eb, for instance, enumerate out resin, rubber etc.。The protuberance 1db of plate portion 1e and reflecting plate 1d is chimeric, to cover LED unit 4a。Plate portion 1e can protect LED unit 4a。Perimembranous 1eb, by circular fastening plate 1f, is pressed to reflecting plate 1d by plate portion 1e。The shape during vertical view of plate portion 1e is not limited only to circle, it is possible to be set as the shape that elliptical shape, rectangular shape etc. are suitable。Plate portion 1e is not limited only to flat shape, it is also possible to constitute Fresnel Lenses, concavees lens, convex lens。
Fasten plate 1f by fastening screw 1fa fastened by screw in the screw hole portion 1ag of main body 1a。Fastening screw 1fa is inserted through the through hole 1dg of the periphery protuberance 1df prominent from the periphery of reflecting plate 1d。Fastening screw 1fa uses fastening plate 1f that plate portion 1e and reflecting plate 1d is fixed on main body 1a。Plate portion 1e, reflecting plate 1d are detachably installed on main body 1a。Main body module 1 utilizes fastening screw 1fa and by fastening plate 1f, make plate portion 1e, reflecting plate 1d, possess LED unit 4a main body 1a integrated。As long as fastening plate 1f can be pressed to main body 1a thruster by plate portion 1e, it is not necessary to be only defined as circular outer shape。Fasten plate 1f for instance, it is possible to use metal material, resin material to be formed。
Luminous intensity distribution module 2 possesses the light distributing function making the angle from the light of light source 4 radiation along regulation be irradiated with the intensity of regulation。Luminous intensity distribution module 2 possesses the framework 2a of tubular, the external diameter cylindric tapered bobbin 2c less than framework 2a and installs spring 2d。Framework 2a possesses the 4th fitting portion 2s chimeric for fitting portion 3n with the 3rd of jointer 3 described later the。Framework 2a has the frame 2aa of cylindrical shape and is formed as the peripheral portion 2ab extended outward from one end of frame 2aa。Frame 2aa has maintaining part 2ac in periphery。The one end 2da installing spring 2d is inserted into maintaining part 2ac such that it is able to installation spring 2d is held in framework 2a。As framework 2a material for instance, it is possible to use aluminum, stainless steel and other metal materials。As the material of framework 2a, it is not limited only to metal material, it is also possible to constituted with various resin materials。The tapered bobbin 2c being used for that the luminous intensity distribution of the light radiated from light source 4 is controlled is arranged at the inner side of framework 2a by luminous intensity distribution module 2。
Tapered bobbin 2c is set as in luminous intensity distribution module 2, opening footpath from main body 1a side towards the shape extended with main body 1a opposite side。Luminous intensity distribution module 2 is configured to the shape by tapered bobbin 2c, it is possible to the luminous intensity distribution of the light radiated from light source 4 is controlled。The a part of of the light radiated from light source 4 can be cut off by tapered bobbin 2c, and is controlled within the limits prescribed by the expanded-angle of the light from ligthing paraphernalia 10。It addition, tapered bobbin 2c can also be set as the luminous intensity distribution making to obtain regulation from the luminous reflectance of light source 4 radiation。By angle, surface treatment, tapered bobbin 2c constitutes the secondary reflecting plate of the setting of angle to relative with the light source 4 producing dazzle, utensil efficiency generation effect。Luminous intensity distribution module 2 is configured to be inserted and fixed tapered bobbin 2c the peristome 2ao in framework 2a。As tapered bobbin 2c material for instance, it is possible to use aluminum, stainless steel and other metal materials。As the material of tapered bobbin 2c, it is not limited only to metal material, it is also possible to constituted with various resin materials。
Spring 2d is installed and is set as the outer shape of " L " shape。Spring 2d is installed to be formed by the bending machining of long metal sheet。Though being provided with 3 at framework 2a to install spring 2d, but the number installing spring 2d be not limited to 3, it is also possible to being 2, it is also possible to be more than 4。
Jointer 3 is set as the outer shape of the flat board of frame-shaped。Jointer 3 possesses circular frame main body 3a and protrusion tab 3e prominent towards center from the inner circumferential of frame main body 3a。Jointer 3 possesses the 1st fitting portion 3t chimeric for fitting portion 1m with the 2nd of main body module 1 the on protrusion tab 3e。1st fitting portion 3t is for instance, it is possible to formed by the 1st recess 3ta that arranges at protrusion tab 3e。1st recess 3ta can be set as along the recessed structure of the thickness direction of protrusion tab 3e or along the through structure of the thickness direction of protrusion tab 3e。Jointer 3 possesses the 3rd fitting portion 3n chimeric for fitting portion 2s with the 4th of luminous intensity distribution module 2 the on frame main body 3a。3rd fitting portion 3n is for instance, it is possible to formed by the 3rd recess 3na that arranges at frame main body 3a。3rd recess 3na can be set as along the recessed structure of the thickness direction of frame main body 3a, along the through structure of the thickness direction of frame main body 3a。1st recess 3ta and the 3 recess 3na is when mutually recessed structure, and the thickness direction of relative jointer 3, along mutually different towards being set。
As the material of jointer 3 for instance, it is possible to utilize resin material, metal material。Jointer 3 such as, by the injection molding forming of resin material, compares with metal material, it is possible to precision is formed as the shape of regulation well。Jointer 3, by using metal material, compares with resin material, it is possible to easily carry out the conduction of heat between main body module 1 and luminous intensity distribution module 2。Jointer 3 is by using metal material, it is possible to increase the thermal diffusivity of ligthing paraphernalia 10 entirety。The shape of the 1st recess 3ta, the 3rd recess 3na is set to circle when overlooking by jointer 3, but is not limited only to circle, it is also possible to be set as the polygon such as triangle, quadrangle, elliptical shape etc.。Ligthing paraphernalia 10 via jointer 3, can utilize screw luminous intensity distribution module 2 to be engaged with the main body 1a screw of main body module 1, thus being fixed。
Ligthing paraphernalia 10 possesses the power module 5 electrically connected with outside power supply。Power module 5 possesses power subsystem 5a, terminal board 5b and makes outer casing of power supply 5c fixing for power subsystem 5a and terminal board 5b。The light source 4 that power subsystem 5a is configured to main body module 1 supplies suitable electric power。Terminal board 5b is configured to such as to electrically connect with the commercial ac power source as outside power supply。Power subsystem 5a possesses lamp circuit portion in inside。Power subsystem 5a makes lamp circuit portion electrically connect with terminal board 5b。Lamp circuit portion electrically connects with commercial ac power source。Lamp circuit portion electrically connects with LED unit 4a。Power subsystem 5a is set as its lamp circuit portion can control the lighting of LED unit 4a。Lamp circuit portion can be set as possesses following composition: rectification partes glabra, after the alternating current supplied from commercial ac power source is carried out rectification, carries out smoothing and exporting DC current；And constant current source portion, the DC current of self-rectifying partes glabra is as certain electric current supply LED unit 4a in the future。Power subsystem 5a can also possess the function that the brightness to LED unit 4a dims。Outer casing of power supply 5c is configured to cover power subsystem 5a and terminal board 5b and be fixed on main body 1a。Outer casing of power supply 5c is for instance, it is possible to by being formed metallic plate suitably bending machining。Ligthing paraphernalia 10 be configured to for instance, it is possible to export according to the light from light source 4, different with presence or absence of dimming function, suitable power module 5 is connected with main body module 1。Ligthing paraphernalia 10 not only can be set as to be possessed main body 1a and additionally possesses the composition of power subsystem 5a individually, it is also possible to be set as the composition possessing power subsystem 5a in the inside of main body 1a。
Below, for the main body module 1 in ligthing paraphernalia 10, luminous intensity distribution module 2, jointer 3 combination illustrate。
Ligthing paraphernalia 10 such as, according to radiate from light source 4 light output size, it is possible to use such as 4 kinds of LED unit 4a。LED unit 4a is when the number of LED chip increases, it is possible to increase light output。Ligthing paraphernalia 10 has along with becoming big from the output of the LED unit 4a light radiated, and also becomes big tendency at the LED unit 4a heat produced。In ligthing paraphernalia 10, according to 4 kinds of LED unit 4a that light output is different, possess the size of main body 1a, variform 4 kinds of main body modules 1 in advance。4 kinds of main body modules 1 are able to 4 kinds of LED unit 4a any one is accommodated in main body 1a。Main body module 1 is for instance, it is possible to be set as 4 shown in Fig. 2 kind。
In fig. 2, for the ease of illustrating, among 4 kinds of main body modules 1, structure smaller for size that the external diameter of main body 1a is φ 100mm is called the 1st main body module 11。The external diameter of the main body 1a of main body module 1 is φ 125mm and the structure bigger than the 1st main body module 11 is called the 2nd main body module 12。In the 1st main body module 11, according to the kind of light source 4, light output, it is also possible to possess the size of fin 1k, construct different multiple kinds, among the 1st main body module 11, main body module 1 less for the light output ratio of light source 4 is called the 3rd main body module 13。In the 1st main body module 11, the light of light source 4 compared with the 3rd main body module 13 is exported bigger main body module 1 and is called the 4th main body module 14。2nd main body module 12 is according to the kind of light source 4, light output, it is also possible to possesses the size of fin 1k, construct different multiple kinds。In fig. 2, among the 2nd main body module 12, the light of the light source 4 used by light output ratio the 4th main body module 14 of light source 4 exports big main body module 1 and is called the 5th main body module 15。In the 2nd main body module 12, the light of light source 4 compared with the 5th main body module 15 is exported bigger main body module 1 and is called the 6th main body module 16。
It addition, in ligthing paraphernalia 10, for instance, according to the size etc. to the light distribution characteristic being controlled from the light from light source 4 radiation of main body module 1, the overall dimensions of luminous intensity distribution module 2, can possess multiple luminous intensity distribution module 2 in advance。Luminous intensity distribution module 2 is for instance, it is possible to be set as 8 shown in Fig. 3 kind。
The angle initialization that dazzle from light source 4 is cut off among multiple luminous intensity distribution modules 2, will be become the luminous intensity distribution module 2 of the structure of 15 ° to be called the 1st luminous intensity distribution module 21 by the luminous intensity distribution module 2 shown in Fig. 3。So-called dazzle cut-out refers to owing to having when entering eyes from the direct light of light source 4 uncomfortable dazzling, so eliminating dazzling。The luminous intensity distribution module 2 of the structure that the angle that dazzle is cut off is set to larger 30 ° compared with the 1st luminous intensity distribution module 21 is called the 2nd luminous intensity distribution module 22 by luminous intensity distribution module 2。Luminous intensity distribution module 2 will among the 1st luminous intensity distribution module 21, and the structure of the φ 100mm that the size of external diameter is smaller is called the 3rd luminous intensity distribution module 23。The structure of φ 125mm bigger for external diameter compared with the 3rd luminous intensity distribution module 23 is called the 4th luminous intensity distribution module 24 by luminous intensity distribution module 2。Luminous intensity distribution module 2 by among the 1st luminous intensity distribution module 21 compared with the 4th luminous intensity distribution module 24 structure of the φ 150mm that external diameter is bigger be called the 5th luminous intensity distribution module 25。The structure of φ 175mm bigger for external diameter compared with the 5th luminous intensity distribution module 25 is called the 6th luminous intensity distribution module 26 by luminous intensity distribution module 2。Luminous intensity distribution module 2 will among the 1st luminous intensity distribution module 21, and the structure of the φ 200mm that external diameter is bigger is called the 7th luminous intensity distribution module 27 compared with the 6th luminous intensity distribution module 26。
1st luminous intensity distribution module 21 possesses 3 the 4th fitting portion 2s。4th fitting portion 2s, for instance, it is possible to axial along cylindric frame 2aa, is formed by the 4th protuberance 2sa arranged with the side contrary for peripheral portion 2ab of frame 2aa。Axial along frame 2aa of 4th protuberance 2sa, highlights outward from frame 2aa。4th protuberance 2sa is set as columned outer shape。3 the 4th protuberance 2sa separate configuration along the circumferencial direction of frame 2aa。4th protuberance 2sa can also equally spaced configure。Among the 1st luminous intensity distribution module 21, the 3rd luminous intensity distribution module the 23～the 7th luminous intensity distribution module 27 difference according to the size of the outer shape of frame 2aa, the position of its 4th protuberance 2sa is different。
Luminous intensity distribution module 2 will among the 2nd luminous intensity distribution module 22, and the structure of the φ 100mm that the size of external diameter is smaller is called the 8th luminous intensity distribution module 28。The structure of φ 125mm bigger for external diameter compared with the 8th luminous intensity distribution module 28 is called the 9th luminous intensity distribution module 29 by luminous intensity distribution module 2。Luminous intensity distribution module 2 will among the 2nd luminous intensity distribution module 22, and the structure of the φ 150mm that external diameter is bigger is called the 10th luminous intensity distribution module 30 compared with the 9th luminous intensity distribution module 29。2nd luminous intensity distribution module 22 possesses 4 the 4th protuberance 2sa。The 4th protuberance 2sa of the 2nd luminous intensity distribution module 22 position and number on frame 2aa is different from the 4th protuberance 2sa of the 1st luminous intensity distribution module 21。Among the 2nd luminous intensity distribution module 22, the 8th luminous intensity distribution module the 28～the 10th luminous intensity distribution module 30 difference according to the size of the outer shape of frame 2aa, the position of its 4th protuberance 2sa is different。
3rd main body module 13 is pre-designed to combine with the 3rd luminous intensity distribution module the 23～the 6th luminous intensity distribution module the 26, the 8th luminous intensity distribution module the 28～the 10th luminous intensity distribution module 30。4th main body module 14 is pre-designed to combine with the 3rd luminous intensity distribution module the 23～the 6th luminous intensity distribution module the 26, the 8th luminous intensity distribution module the 28～the 10th luminous intensity distribution module 30。5th main body module 15 is pre-designed to combine with the 4th luminous intensity distribution module the 24～the 7th luminous intensity distribution module the 27, the 9th luminous intensity distribution module the 29, the 10th luminous intensity distribution module 30。6th main body module 16 is pre-designed to combine with the 4th luminous intensity distribution module the 24～the 7th luminous intensity distribution module the 27, the 9th luminous intensity distribution module the 29, the 10th luminous intensity distribution module 30。
In Fig. 4 A～Fig. 4 H, as the jointer 3 being in that between multiple main body module 1 and multiple luminous intensity distribution module 2 that is situated between, for instance, it is illustrated that 8 kinds of jointers 3。As long as jointer 3 is when being suitable for main body module 1, luminous intensity distribution module 2, it is possible to the composition of combination。Ligthing paraphernalia 10, in the way of being suitable for any a kind of main body module 1 selected from multiple main body module 1, possesses the number of the 1st recess 3ta, differently configured multiple jointer 3。Ligthing paraphernalia 10, in the way of being suitable for any a kind of luminous intensity distribution module 2 selected from multiple luminous intensity distribution module 2, possesses the number of the 3rd recess 3na, differently configured jointer 3。
Below, among 8 kinds of jointers 3 shown in Fig. 4 A～Fig. 4 H and Fig. 5, the jointer 3 that can be fitted together to the structure of the 3rd main body module the 13 and the 3rd luminous intensity distribution module 23 is called the 1st jointer 31 as shown in Figure 4 A。The jointer 3 that can be fitted together to the structure of the 4th main body module the 14 and the 3rd luminous intensity distribution module 23 is called the 2nd jointer 32 by jointer 3 as shown in Figure 4 B。The jointer 3 that can be fitted together to the structure of the 3rd main body module the 13 and the 4th luminous intensity distribution module 24 is called the 3rd jointer 33 by jointer 3 as shown in Figure 4 C。The jointer 3 that can be fitted together to the structure of the 4th main body module the 14 and the 4th luminous intensity distribution module 24 is called the 4th jointer 34 by jointer 3 as shown in Figure 4 D。The jointer 3 that can be fitted together to the structure of the 3rd main body module the 13 and the 8th luminous intensity distribution module 28 is called the 5th jointer 35 by jointer 3 as shown in Figure 4 E。The jointer 3 that can be fitted together to the structure of the 4th main body module the 14 and the 8th luminous intensity distribution module 28 is called the 6th jointer 36 by jointer 3 as illustrated in figure 4f。The jointer 3 that can be fitted together to the structure of the 3rd main body module the 13 and the 9th luminous intensity distribution module 29 is called the 7th jointer 37 by jointer 3 as shown in Figure 4 G。The jointer 3 that can be fitted together to the structure of the 4th main body module the 14 and the 9th luminous intensity distribution module 29 is called the 8th jointer 38 by jointer 3 as shown at figure 4h。
1st jointer 31 possesses 3 the 3rd recess 3na recessed on the thickness direction of frame main body 3a。3 the 3rd recess 3na are arranged separatedly along the circumferencial direction of frame main body 3a。3rd recess 3na can also be equally spaced。1st jointer 31 possesses the protrusion tab 3e that 3 inner circumferentials from circular frame main body 3a are prominent towards center。Protrusion tab 3e is arranged separatedly along the circumferencial direction of frame main body 3a。Protrusion tab 3e can also be equally spaced。Protrusion tab 3e possesses the 1st recessed in a thickness direction recess 3ta。In Figure 4 A, the 3rd recess 3na is formed in hole through on the thickness direction of frame main body 3a, and the 1st recess 3ta is formed in hole through on the thickness direction of protrusion tab 3e。1st jointer 31 configures 3 the 1st recess 3ta and 3 the 3rd recess 3na using the center of the 1st jointer 31 as benchmark substantially point symmetry。
2nd jointer 32 possesses 3 the 3rd recess 3na through on the thickness direction of frame main body 3a。2nd jointer 32 possesses 4 protrusion tab 3e。Protrusion tab 3e is arranged separatedly along the circumferencial direction of frame main body 3a。Protrusion tab 3e can also be equally spaced。Protrusion tab 3e possesses the 1st through in a thickness direction recess 3ta。External diameter is set as the size identical with the 1st jointer 31 by the 2nd jointer 32。2nd jointer 32 is configured to when through-thickness makes the 1st jointer 31 project, the position consistency of 3 the 3rd recess 3na of 3 the 3rd recess 3na and the 1 jointers 31 of the 2nd jointer 32。
3rd jointer 33 possesses 3 the 3rd recess 3na through on the thickness direction of frame main body 3a。3rd jointer 33 possesses 3 protrusion tab 3e。Protrusion tab 3e possesses the 1st through in a thickness direction recess 3ta。3 the 1st recess 3ta and 3 the 3rd recess 3na are configured in a substantially symmetrical point using the center of the 3rd jointer 33 as benchmark by the 3rd jointer 33。3rd jointer 33 is configured to when through-thickness makes the 1st jointer 31 project, the position consistency of 3 the 1st recess 3ta of 3 the 1st recess 3ta and the 1 jointers 31 of the 3rd jointer 33。The external diameter of the frame main body 3a of the 3rd jointer 33 is big compared with the 1st jointer 31。The protrusion tab 3e of the 3rd jointer 33 is configured to when through-thickness makes the 1st jointer 31 project, the position consistency of the 1st recess 3ta of the 1st recess 3ta and the 1 jointer 31 of the 3rd jointer 33。Protrusion tab 3e and the 1 jointer 31 of the 3rd jointer 33 is compared and is increased the overhang prominent towards center, so that the position of the 1st recess 3ta of the 1st recess 3ta and the 1 jointer 31 of the 3rd jointer 33 can be consistent。
4th jointer 34 possesses 3 the 3rd recess 3na through on the thickness direction of frame main body 3a。4th jointer 34 possesses 4 protrusion tab 3e with the 1st recess 3ta。Compared with the 2nd jointer 32, the 4th jointer 34 increases external diameter。The protrusion tab 3e of the 4th jointer 34 is configured to when through-thickness makes the 2nd jointer 32 project, the position consistency of the 1st recess 3ta of the 1st recess 3ta and the 2 jointer 32 of the 4th jointer 34。Protrusion tab 3e and the 2 jointer 32 of the 4th jointer 34 is compared and is increased the overhang prominent towards center, so that the position of the 1st recess 3ta of the 1st recess 3ta and the 2 jointer 32 of the 4th jointer 34 can be consistent。External diameter is set as the size identical with the 3rd jointer 33 by the 4th jointer 34。4th jointer 34 is configured to when through-thickness makes the 3rd jointer 33 project, the position consistency of 3 the 3rd recess 3na of 3 the 3rd recess 3na and the 3 jointers 33 of the 4th jointer 34。
5th jointer 35 possesses 4 the 3rd recess 3na through on the thickness direction of frame main body 3a。4 the 3rd recess 3na are separated along the circumferencial direction of frame main body 3a。5th jointer 35 possesses 3 protrusion tab 3e with the 1st recess 3ta。External diameter is set as the size identical with the 1st jointer 31 by the 5th jointer 35。5th jointer 35 is configured to when through-thickness makes the 1st jointer 31 project, the position consistency of 3 the 1st recess 3ta of 3 the 1st recess 3ta and the 1 jointers 31 of the 5th jointer 35。
6th jointer 36 possesses 4 the 3rd recess 3na through on the thickness direction of frame main body 3a。6th jointer 36 possesses 4 protrusion tab 3e with the 1st recess 3ta。External diameter is set as the size identical with the 2nd jointer 32 by the 6th jointer 36。6th jointer 36 is configured to when through-thickness makes the 2nd jointer 32 project, the position consistency of 4 the 1st recess 3ta of 4 the 1st recess 3ta and the 2 jointers 32 of the 6th jointer 36。6th jointer 36 is configured to when through-thickness makes the 5th jointer 35 project, the position consistency of 4 the 3rd recess 3na of 4 the 3rd recess 3na and the 5 jointers 35 of the 6th jointer 36。
7th jointer 37 possesses 4 the 3rd recess 3na through on the thickness direction of frame main body 3a。4 the 3rd recess 3na are separated along the circumferencial direction of frame main body 3a。7th jointer 37 possesses 3 protrusion tab 3e with the 1st recess 3ta。External diameter is set as the size identical with the 3rd jointer 33 by the 7th jointer 37。7th jointer 37 is configured to when through-thickness makes the 3rd jointer 33 project, the position consistency of 3 the 1st recess 3ta of 3 the 1st recess 3ta and the 3 jointers 33 of the 7th jointer 37。
8th jointer 38 possesses 4 the 3rd recess 3na through on the thickness direction of frame main body 3a。8th jointer 38 possesses 4 protrusion tab 3e with the 1st recess 3ta。External diameter is set as the size identical with the 4th jointer 34 by the 8th jointer 38。8th jointer 38 is configured to when through-thickness makes the 4th jointer 34 project, the position consistency of 4 the 1st recess 3ta of 4 the 1st recess 3ta and the 4 jointers 34 of the 8th jointer 38。8th jointer 38 is configured to when through-thickness makes the 7th jointer 37 project, the position consistency of 4 the 3rd recess 3na of 4 the 3rd recess 3na and the 7 jointers 37 of the 8th jointer 38。
In fig. 5 it is shown that there is the jointer 3 that the 3rd main body module the 13 or the 4th main body module the 14 and the 3rd luminous intensity distribution module the 23, the 4th luminous intensity distribution module the 24, the 8th luminous intensity distribution module the 28 and the 9th luminous intensity distribution module 29 can be combined。The arrow of the solid line in Fig. 5 or dashdotted arrow illustrate have main body module 1 and jointer 3, luminous intensity distribution module 2 and jointer 3 can in conjunction with the combination of fitness。The arrow of the dotted line in Fig. 5 illustrate main body module 1 and jointer 3, luminous intensity distribution module 2 and jointer 3 can not in conjunction with combination。Main body module 1, luminous intensity distribution module 2 and jointer 3 can by whether can insert the 1st recess 3ta of jointer 3 and the 4th protuberance 2sa of luminous intensity distribution module 2 can insert the distinguishing of being combined of mode of the 3rd recess 3na by the 2nd protuberance 1ma of main body module 1。
In ligthing paraphernalia 10, the number of the 2nd protuberance 1ma of the 3rd main body module 13 and position are corresponding with the number of the 1st recess 3ta arranged at the 1st jointer the 31, the 3rd jointer the 33, the 5th jointer the 35 and the 7th jointer 37 and position。Ligthing paraphernalia 10 is configured to by the 2nd protuberance 1ma of the 3rd main body module 13 chimeric with the 1st recess 3ta arranged at the 1st jointer the 31, the 3rd jointer the 33, the 5th jointer the 35 and the 7th jointer 37。In ligthing paraphernalia 10, the number of the 2nd protuberance 1ma of the 3rd main body module 13 and position are not corresponding with the number of the 1st recess 3ta of the 2nd jointer the 32, the 4th jointer the 34, the 6th jointer the 36, the 8th jointer 38 and position。1st recess 3ta of the 2nd protuberance 1ma and the 2 jointer the 32, the 4th jointer the 34, the 6th jointer the 36, the 8th jointer 38 being configured to the 3rd main body module 13 in ligthing paraphernalia 10 can not be fitted together to。
In ligthing paraphernalia 10, the number of the 2nd protuberance 1ma of the 4th main body module 14 and position are corresponding with the number of the 1st recess 3ta arranged at the 2nd jointer the 32, the 4th jointer the 34, the 6th jointer the 36 and the 8th jointer 38 and position。Ligthing paraphernalia 10 is configured to by the 2nd protuberance 1ma of the 4th main body module 14 chimeric with the 1st recess 3ta arranged at the 2nd jointer the 32, the 4th jointer the 34, the 6th jointer the 36 and the 8th jointer 38。In ligthing paraphernalia 10, the number of the 2nd protuberance 1ma of the 4th main body module 14 and position are not corresponding with the number of the 1st recess 3ta of the 1st jointer the 31, the 3rd jointer the 33, the 5th jointer the 35, the 7th jointer 37 and position。1st recess 3ta of the 2nd protuberance 1ma and the 1 jointer the 31, the 3rd jointer the 33, the 5th jointer the 35, the 7th jointer 37 that ligthing paraphernalia 10 is configured to the 4th main body module 14 can not be fitted together to。
In ligthing paraphernalia 10, the number of the 4th protuberance 2sa of the 3rd luminous intensity distribution module 23 and position are corresponding with the number of the 3rd recess 3na arranged at the 1st jointer the 31, the 2nd jointer 32 and position。Ligthing paraphernalia 10 is configured to by the 4th protuberance 2sa of the 3rd luminous intensity distribution module 23 chimeric with the 3rd recess 3na arranged at the 1st jointer the 31, the 2nd jointer 32。In ligthing paraphernalia 10, the number of the 4th protuberance 2sa of the 3rd luminous intensity distribution module 23 and position are not corresponding with the number of the 3rd recess 3na of the 3rd jointer the 33～the 8th jointer 38 and position。3rd recess 3na of the 4th protuberance 2sa and the 3 jointer the 33～the 8th jointer 38 being configured to the 3rd luminous intensity distribution module 23 in ligthing paraphernalia 10 can not be fitted together to。
In ligthing paraphernalia 10, the number of the 4th protuberance 2sa of the 4th luminous intensity distribution module 24 and position are corresponding with the number of the 3rd recess 3na arranged at the 3rd jointer the 33, the 4th jointer 34 and position。Ligthing paraphernalia 10 is configured to by the 4th protuberance 2sa of the 4th luminous intensity distribution module 24 chimeric with the 3rd recess 3na arranged at the 3rd jointer the 33, the 4th jointer 34。In ligthing paraphernalia 10, the number of the 4th protuberance 2sa of the 4th luminous intensity distribution module 24 and position are not corresponding with the number of the 3rd recess 3na of the 1st jointer the 31, the 2nd jointer the 32, the 5th jointer the 35～the 8th jointer 38 and position。3rd recess 3na of the 4th protuberance 2sa and the 1 jointer the 31, the 2nd jointer the 32, the 5th jointer the 35～the 8th jointer 38 being configured to the 4th luminous intensity distribution module 24 in ligthing paraphernalia 10 can not be fitted together to。
In ligthing paraphernalia 10, the number of the 4th protuberance 2sa of the 8th luminous intensity distribution module 28 and position are corresponding with the number of the 3rd recess 3na arranged at the 5th jointer the 35, the 6th jointer 36 and position。Ligthing paraphernalia 10 is configured to by the 4th protuberance 2sa of the 8th luminous intensity distribution module 28 chimeric with the 3rd recess 3na arranged at the 5th jointer the 35, the 6th jointer 36。In ligthing paraphernalia 10, the number of the 4th protuberance 2sa of the 8th luminous intensity distribution module 28 and position are not corresponding with the number of the 3rd recess 3na of the 1st jointer the 31～the 4th jointer the 34, the 7th jointer the 37 and the 8th jointer 38 and position。3rd recess 3na of the 4th protuberance 2sa and the 1 jointer the 31～the 4th jointer the 34, the 7th jointer the 37 and the 8th jointer 38 being configured to the 8th luminous intensity distribution module 28 in ligthing paraphernalia 10 can not be fitted together to。
In ligthing paraphernalia 10, the number of the 4th protuberance 2sa of the 9th luminous intensity distribution module 29 and position are corresponding with the number of the 3rd recess 3na arranged at the 7th jointer the 37, the 8th jointer 38 and position。Ligthing paraphernalia 10 is configured to by the 4th protuberance 2sa of the 9th luminous intensity distribution module 29 chimeric with the 3rd recess 3na arranged at the 7th jointer the 37, the 8th jointer 38。In ligthing paraphernalia 10, the number of the 4th protuberance 2sa of the 9th luminous intensity distribution module 29 and position are not corresponding with the number of the 3rd recess 3na of the 1st jointer the 31～the 6th jointer 36 and position。3rd recess 3na of the 4th protuberance 2sa and the 1 jointer the 31～the 6th jointer 36 being configured to the 9th luminous intensity distribution module 29 in ligthing paraphernalia 10 can not be fitted together to。
3rd main body module the 13 or the 4th main body module the 14 and the 3rd luminous intensity distribution module the 23, the 4th luminous intensity distribution module the 24, the 8th luminous intensity distribution module the 28, the 9th luminous intensity distribution module 29, via 1 in the 1st jointer the 31～the 8th jointer 38, is combined by ligthing paraphernalia 10。In ligthing paraphernalia 10, in the combination of the 3rd main body module the 13 or the 4th main body module the 14 and the 3rd luminous intensity distribution module the 23, the 4th luminous intensity distribution module the 24, the 8th luminous intensity distribution module the 28, the 9th luminous intensity distribution module 29, a kind of jointer 3 of certain needs。Therefore, being configured in ligthing paraphernalia 10, even if to be combined with multiple luminous intensity distribution module 2 by multiple main body module 1, if jointer 3 is not suitable for, operating personnel cannot select the combination of mistake。Ligthing paraphernalia 10 is decided to be a kind by the jointer 3 one being configured to be situated between the main body module 1 being in that to combine and luminous intensity distribution module 2, thus, operating personnel not can select that the combination of mistake, it is possible to carries out correct assembling, it is possible to increase assembly operation。When ligthing paraphernalia 10 is not limited only to workshop shipment, even if there is multiple main body module 1 and multiple luminous intensity distribution module 2 in job sites such as shops, it is also possible to by selecting suitable jointer 3, it is prevented that assemble with the combination of mistake。
In the ligthing paraphernalia 10 of present embodiment, as it has been described above, main body module 1 has light source 4 and main body 1a, and possesses light source 4 at the 1st 1aa of main body 1a。Luminous intensity distribution module 2 is set as the outer shape of the cylindrical body of ambient light source 4。The outer shape of jointer 3 is set as the flat board of frame-shaped。
Ligthing paraphernalia 10 is by possessing the jointer 3 of the flat board of frame-shaped, it is possible to suppress to maximize due to the existence of jointer 3。
Jointer 3 possesses the 1st fitting portion 3t。Any a kind of main body module 1 selected from multiple main body module 1 possesses the 2nd fitting portion 1m chimeric for fitting portion 3t with the 1st。Jointer 3 possesses the 3rd fitting portion 3n。Any a kind of luminous intensity distribution module 2 selected from multiple luminous intensity distribution module 2 possesses the 4th fitting portion 2s chimeric for fitting portion 3n with the 3rd。Jointer 3 according to Qian He of the 1st fitting portion 3t of jointer 3 and the 2nd fitting portion 1m of main body module 1 could, the distinguishing of the fitness of the combination that could carry out main body module 1 and luminous intensity distribution module 2 of the Qian He of the 3rd fitting portion 3n and the 4th fitting portion 2s of luminous intensity distribution module 2 of jointer 3。
Ligthing paraphernalia 10 is by possessing the 1st fitting portion 3t, the 2nd fitting portion 1m, the 3rd fitting portion 3n and the 4th fitting portion 2s, it is possible to distinguish the fitness of the combination of main body module 1, luminous intensity distribution module 2 and jointer 3 with fairly simple composition。
1st fitting portion 3t can be constituted with the 1st recess 3ta or the 1st protuberance。2nd fitting portion 1m can be constituted with the 2nd protuberance 1ma chimeric for recess 3ta with the 1st or the second recesses chimeric with above-mentioned 1st protuberance。3rd fitting portion 3n can be constituted with the 3rd recess 3na or the 3rd protuberance。4th fitting portion 2s can be constituted with the 4th protuberance 2sa chimeric for recess 3na with the 3rd or above-mentioned 4th recess chimeric with above-mentioned 3rd protuberance。
Ligthing paraphernalia 10 is only to carry out the fairly simple method being fitted together to etc. of chimeric, the 3rd recess 3na and the 4 protuberance 2sa of the 1st recess 3ta and the 2 protuberance 1ma, it is possible to distinguish the fitness of the combination of main body module 1, luminous intensity distribution module 2 and jointer 3。
As long as the 1st fitting portion 3t possesses either party of the 1st recess 3ta or above-mentioned 1st protuberance, it is not necessary to be limited to the composition of only the 1st recess 3ta or above-mentioned 1st protuberance。As long as the 2nd fitting portion 1m possesses either party of the 2nd protuberance 1ma or above-mentioned second recesses, it is not necessary to be limited to the composition of only the 2nd protuberance 1ma or above-mentioned second recesses。As long as the 3rd fitting portion 3n possesses either party of the 3rd recess 3na or above-mentioned 3rd protuberance, it is not limited to the composition only with the 3rd recess 3na or above-mentioned 3rd protuberance。As long as the 4th fitting portion 2s possesses either party of the 4th protuberance 2sa or above-mentioned 4th recess, it is not limited to the composition only with the 4th protuberance 2sa or above-mentioned 4th recess。
In the ligthing paraphernalia 10 of present embodiment, by selecting suitable jointer 3, it is also possible to be assembled into as ligthing paraphernalia 10a as shown in Figure 6, ligthing paraphernalia 10b as shown in Figure 7 and possess main body module 1 and the structure of luminous intensity distribution module 2。In the ligthing paraphernalia 10a shown in Fig. 6, simplify the composition of main body module 1, and do not illustrate power module 5。
Ligthing paraphernalia 10b shown in Fig. 7 to be embedded in the installing hole 50aa in the through setting of top plate member 50 as erection component (corresponding Japanese: producing material) by main body 1a, and the form that the perimembranous of the peripheral portion 2ab of framework 2a and the installing hole 50aa of top plate member 50 abuts is installed in top plate member 50。Ligthing paraphernalia 10b, when the construction of ligthing paraphernalia 10b, makes the electric wire 51 from commercial ac power source electrically connect with terminal board 5b。Ligthing paraphernalia 10b is after electric wire 51 electrically connects with terminal board 5b, after the other end 2db contrary for one end 2da of the installation spring 2d to overwhelm in the way of close to framework 2a side and arrange at the framework 2a of luminous intensity distribution module 2, insert the installing hole 50aa of top plate member 50。If ligthing paraphernalia 10b is pressed into installing hole 50aa abutting to the perimembranous of peripheral portion 2ab and the installing hole 50aa of top plate member 50 of framework 2a, then spring 2d is installed and opens to the direction left from framework 2a。Ligthing paraphernalia 10 gives the elastic force of spring by the other end 2db of installation spring 2d to the perimembranous of installing hole 50aa, and the peripheral portion 2ab to install the other end 2db and framework 2a of spring 2d clamps top plate member 50 and is installed to top plate member 50。
Claims (4)
1. a ligthing paraphernalia, possesses:
Main body module, this main body module has light source；And
Luminous intensity distribution module, carries out luminous intensity distribution to from the light of described light source radiation,
Described ligthing paraphernalia is characterised by,
Jointer is had between described main body module and described luminous intensity distribution module,
When any a kind of main body module selected from multiple described main body module is combined with any a kind of luminous intensity distribution module selected from multiple described luminous intensity distribution module, described any a kind of main body module is combined via described jointer with described any a kind of luminous intensity distribution module。
2. ligthing paraphernalia according to claim 1, it is characterised in that
Described main body module has main body, and possesses described light source on the 1st of this main body,
Described luminous intensity distribution module is set as the outer shape of the cylindrical body surrounding described light source,
The outer shape of described jointer is the flat board of frame-shaped。
3. ligthing paraphernalia according to claim 1 and 2, it is characterised in that
Described jointer possesses the 1st fitting portion,
Any a kind of main body module selected from multiple described main body module possesses 2nd fitting portion chimeric with described 1st fitting portion,
Further, described jointer possesses the 3rd fitting portion,
Any a kind of luminous intensity distribution module selected from multiple described luminous intensity distribution module possesses 4th fitting portion chimeric with described 3rd fitting portion,
When described 1st fitting portion of described jointer and the described 2nd fitting portion energy of described main body module are chimeric and when described 3rd fitting portion of described jointer and the described 4th fitting portion energy of described luminous intensity distribution module are chimeric, described main body module can be combined by described jointer with described luminous intensity distribution module。
4. ligthing paraphernalia according to claim 3, it is characterised in that
Described 1st fitting portion is the 1st recess or the 1st protuberance,
Described 2nd fitting portion is 2nd protuberance chimeric with described 1st recess or the second recesses chimeric with described 1st protuberance,
Described 3rd fitting portion is the 3rd recess or the 3rd protuberance,
Described 4th fitting portion is 4th protuberance chimeric with described 3rd recess or 4th recess chimeric with described 3rd protuberance。
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014150946A JP6304545B2 (en) | 2014-07-24 | 2014-07-24 | lighting equipment |
| JP2014-150946 | 2014-07-24 |
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| Publication Number | Publication Date |
|---|---|
| CN205331817U true CN205331817U (en) | 2016-06-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520534954.0U Expired - Fee Related CN205331817U (en) | 2014-07-24 | 2015-07-22 | Lighting apparatus |
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| CN (1) | CN205331817U (en) |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5794211B2 (en) * | 2011-09-30 | 2015-10-14 | 市光工業株式会社 | Semiconductor light source unit for vehicle lamp, vehicle lamp |
| JP6060677B2 (en) * | 2012-12-26 | 2017-01-18 | 市光工業株式会社 | Vehicle lighting |
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2014
- 2014-07-24 JP JP2014150946A patent/JP6304545B2/en not_active Expired - Fee Related
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2015
- 2015-07-22 CN CN201520534954.0U patent/CN205331817U/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JP6304545B2 (en) | 2018-04-04 |
| JP2016025063A (en) | 2016-02-08 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160622 Termination date: 20190722 |