CN203162780U - Ceiling lamp and lamp panel module thereof - Google Patents
Ceiling lamp and lamp panel module thereof Download PDFInfo
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- CN203162780U CN203162780U CN 201320092972 CN201320092972U CN203162780U CN 203162780 U CN203162780 U CN 203162780U CN 201320092972 CN201320092972 CN 201320092972 CN 201320092972 U CN201320092972 U CN 201320092972U CN 203162780 U CN203162780 U CN 203162780U
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Abstract
The utility model provides a ceiling lamp and a lamp panel module thereof. The lamp panel module comprises a plurality of lamp panels, and each of the lamp panels comprises a base panel and a plurality of light emitting diodes arranged on the base panel at intervals. The base panels cover part of a surface of a back panel of the ceiling lamp and are elongated. For any of the lamp panels, at least one first grain gap and at least one second grain gap are formed between the adjacent light emitting diodes and are different. The lamp panel module has the advantage that materials are used maximally, and the design flexibility of lighting or element arrangement can be improved.
Description
Technical field
The utility model is about the illumination design field of lamp affixed to the ceiling, especially relates to a kind ofly forming module application in the lighting technical field of lamp affixed to the ceiling with lamp plate.
Background technology
Lamp affixed to the ceiling is to use a kind of lighting device widely in the modern illumination.General now lamp affixed to the ceiling uses light emitting diode as light source mostly, Japanese patent publication discloses a kind of lamp affixed to the ceiling No. 5126635, it can comprise two or the substrate of a plurality of carrying light emitting diodes, those substrates become circular-arc (circle-like) in order to be arranged in the light source of a single circular ring structure, wherein, light emitting diode then is arranged in two donuts at circular-arc substrate, and the light emitting diode in the same annulus is arranged on the substrate equally spacedly, and upwards, the indivedual light emitting diodes on adjacent two annulus are not overlapping in same footpath.Again, Japanese patent publication also discloses a kind of lamp affixed to the ceiling No. 5126636, No. the 5126635th, itself and Japanese patent publication are similar, utilize four identical circular-arc substrates of width to be arranged in the light source of single circular ring structure, then are covered with the projection ring more than light-emitting diodes.
In the above-mentioned design, in the utilization for material, the substrate of forming single circular ring structure may produce more unserviceable rim charge, single annulus is an arc edge, if connect with a plurality of circular-arc substrates, the permission of size variation is lower, increases the material cost of making lamp affixed to the ceiling.Secondly, the configuration of light emitting diode also is restricted.
The utility model content
The technical problem that the utility model mainly solves is, at the prior art above shortcomings, a kind of lamp affixed to the ceiling and lamp plate module thereof are provided, this lamp plate module comprises some strip lamp plates, and the light emitting diode of different intercrystalline distances can be set on arbitrary strip lamp plate, produce too much waste material when not only reaching minimizing aluminium base making lamp plate, and can increase the elasticity of irradiation design.
Another technical problem to be solved in the utility model is, at the prior art above shortcomings, a kind of lamp affixed to the ceiling and lamp plate module thereof are provided, the strip lamp plate of this lamp plate module can be lined up a plurality of polygon closed-loops or spirality, can adjust the quantity that ring is set along with the lamp affixed to the ceiling size, be arranged in more efficient mode on the backboard of lamp affixed to the ceiling.
The technical scheme that its technical problem that solves the utility model adopts provides a kind of lamp plate module, be applied to a lamp affixed to the ceiling, this lamp plate module comprises a plurality of lamp plates, arbitrary this lamp plate comprises a base plate and is arranged at intervals at a plurality of light emitting diodes on this base plate, those base plates cover the part on a surface of a backboard of this lamp affixed to the ceiling, and those base plates are strip, wherein, with regard to arbitrary this lamp plate, have at least one first intercrystalline distance and one second intercrystalline distance between those adjacent light emitting diodes, this first intercrystalline is apart from different with this second intercrystalline distance.
Preferably, with regard to arbitrary this lamp plate, those light emitting diodes are arranged on this base plate with the arrangement mode of outward appearance with a length and a width, M those light emitting diodes are arranged on this length, N those light emitting diodes are arranged on this width, and M and N are respectively integer, and M is greater than N.
Preferably, those lamp plates are arranged as a plurality of concentric polygon closed-loops, and the limit number of arbitrary this concentric polygon closed-loop is greater than 5; Or those lamp plates are arranged as a plurality of concentric polygon closed-loops, and the limit number of arbitrary this concentric polygon closed-loop is greater than 5, and those base plates are the part of an aluminium base; Or those lamp plates are arranged as a plurality of concentric 8 banding closed loops; Or those lamp plates are arranged as a spirality.
Preferably, this lamp plate module also comprises an expansion light shield of those lamp plates that cover at least a portion; Or this lamp plate module comprises that also covering one of arbitrary this lamp plate expands light shield; Or this lamp plate module also comprises an expansion light shield of those light emitting diodes of a part that covers arbitrary this lamp plate; Or this lamp plate module comprises that also covering one of arbitrary this light emitting diode expands light shield.
The utility model also provides a kind of lamp plate module, be applied to a backboard of a lamp affixed to the ceiling, this lamp plate module comprises lip-deep a plurality of lamp plates that are arranged at this backboard, those lamp plates are arranged as at least one first closed-loop and one second closed-loop, and those lamp plates one of at least comprise a base plate and are positioned at a plurality of light emitting diodes on this base plate, wherein, has at least one first intercrystalline distance between those adjacent light emitting diodes to one of those lamp plates that should first closed-loop, at least have one second intercrystalline distance between those adjacent light emitting diodes to one of those lamp plates that should second closed-loop, this first intercrystalline apart from this second intercrystalline apart from different.
Preferably, have between those the adjacent light emitting diodes to those lamp plates that should first closed-loop a plurality of these first intercrystallines apart from the time, those first intercrystallines are apart from identical or different; And have between those the adjacent light emitting diodes to those lamp plates that should second closed-loop a plurality of these second intercrystallines apart from the time, those second intercrystallines are apart from identical or different.
Preferably, the limit number of this first closed-loop or this second closed-loop is the integer greater than 5, and the limit number of this first closed-loop and the limit number of this second closed-loop are identical or different; Or the limit number of this first closed-loop or this second closed-loop is the integer greater than 5, the limit number of this first closed-loop and the limit number of this second closed-loop are identical or different, and the geometric center separately of this first closed-loop, this second closed-loop and this backboard is identical or different; Or the limit number of this first closed-loop or this second closed-loop is the integer greater than 5, and the limit number of this first closed-loop and the limit number of this second closed-loop are identical or different, and this first closed-loop and this second closed-loop are not overlapping; Or the limit number of this first closed-loop or this second closed-loop is the integer greater than 5, the limit number of this first closed-loop and the limit number of this second closed-loop are identical or different, to one of those lamp plates that should first closed-loop and identical or different to the lamp plate spacing between one of those lamp plates that should second closed-loop.
Preferably, this lamp plate module also comprises an expansion light shield of those lamp plates that cover at least a portion; Or this lamp plate module comprises that also covering one of arbitrary this lamp plate expands light shield; Or this lamp plate module also comprises an expansion light shield of those light emitting diodes of a part that covers arbitrary this lamp plate; Or this lamp plate module comprises that also covering one of arbitrary this light emitting diode expands light shield.
The utility model also provides a kind of lamp plate module, be applied to a backboard of a lamp affixed to the ceiling, this lamp plate module comprises lip-deep a plurality of lamp plates that are arranged at this backboard, at least part of those lamp plates are arranged as one first polygon ring, wherein, to should the first polygon ring, arbitrary this lamp plate comprises a base plate and is positioned at a plurality of light emitting diodes on this base plate, have at least one first intercrystalline distance and one second intercrystalline distance between the adjacent light emitting diode of those of those lamp plates, this first intercrystalline distance and this second intercrystalline are apart from difference.
Preferably, this first intercrystalline distance and this second intercrystalline are apart from those identical or different lamp plates of correspondence.
Preferably, also comprise one second polygon ring with those lamp plates of other parts on this backboard, the limit number that this first polygon ring and this second polygon ring are closed-loop and polygon ring is the integer greater than 5, and the limit number of this first polygon ring and the limit number of this second polygon ring are identical or different; Or also comprise one second polygon ring with those lamp plates of other parts on this backboard, this first polygon ring and this second polygon ring are that closed-loop and limit number are the integer greater than 5, and the geometric center separately of this first polygon ring, this second polygon ring and this backboard is identical or different; Or comprise also on this backboard that one second polygon ring with those lamp plates of other parts, this first polygon ring and this second polygon ring are closed-loop and limit number for greater than 5 integer, and this first polygon ring and this second polygon ring are not overlapping; Or also comprise one second polygon ring with those lamp plates of other parts on this backboard, this first polygon ring and this second polygon ring are closed-loop and limit number for greater than 5 integer, to one of those lamp plates that should the first polygon ring and identical or different to the lamp plate spacing between one of those lamp plates that should the second polygon ring; Or also comprising one second polygon ring with those lamp plates of other parts on this backboard, this first polygon ring and this second polygon ring connect and compose spiral appearance.
Preferably, this lamp plate module also comprises an expansion light shield of those lamp plates that cover at least a portion; Or this lamp plate module comprises that also covering one of arbitrary this lamp plate expands light shield; Or this lamp plate module also comprises an expansion light shield of those light emitting diodes of a part that covers arbitrary this lamp plate; Or this lamp plate module comprises that also covering one of arbitrary this light emitting diode expands light shield.
The utility model also provides a kind of lamp affixed to the ceiling with above-mentioned lamp plate module, this lamp affixed to the ceiling also comprises at least one riveted unit, those riveted unit fix this lamp plate module on this surface of this backboard, wherein, arbitrary this riveted unit comprises a junction, a plurality of protuberance and a plurality of portion that wears, corresponding those protuberances are distinguished by those portions of wearing and between those protuberances and this connecting portion, those wear the portion compartment of terrain and are arranged on this connecting portion.
The utility model also provides a kind of lamp affixed to the ceiling with above-mentioned lamp plate module, this lamp affixed to the ceiling also comprises at least one riveted unit, those riveted unit fix this lamp plate module on this surface of this backboard, wherein, arbitrary this riveted unit fixes wantonly two should be in abutting connection with lamp plate, or arbitrary this riveted unit fixing at least two this not in abutting connection with lamp plate.
The utility model is compared the advantage that has with prior art: the lamp plate module that is applied to lamp affixed to the ceiling, it comprises a plurality of strip lamp plates that cutting forms from an aluminium base, and can comprise the light emitting diode that keeps different intercrystalline distances on those lamp plates, or the intercrystalline distance of appointing adjacent light emitting diode on two lamp plates can be identical or different.Light emitting diode can need to adjust spacing with design, and those lamp plates can be arranged in a plurality of polygon rings, the elasticity of increase illumination design and lamp affixed to the ceiling design.
Description of drawings
Fig. 1 is the outward appearance schematic top plan view of the lamp affixed to the ceiling of one first embodiment of the present utility model.
Fig. 2 is the decomposing schematic representation of looking up of the lamp affixed to the ceiling of one first embodiment of the present utility model.
Fig. 3 is the front schematic view of the first embodiment lamp plate of a lamp affixed to the ceiling.
Fig. 4 is the front schematic view of the second embodiment lamp plate of a lamp affixed to the ceiling.
Fig. 5 is the part front schematic view of the first embodiment closed-loop of a lamp affixed to the ceiling.
Fig. 6 is the part front schematic view of the second embodiment closed-loop of a lamp affixed to the ceiling.
Fig. 7 is the part front schematic view of wantonly two closed-loops of a lamp affixed to the ceiling.
Fig. 8 is the front schematic view of the first embodiment lamp plate module of the first embodiment lamp affixed to the ceiling of the present utility model.
Fig. 9 is the front schematic view of the second embodiment lamp plate module of the first embodiment lamp affixed to the ceiling of the present utility model.
Figure 10 is the front schematic view of the 3rd embodiment lamp plate module of the first embodiment lamp affixed to the ceiling of the present utility model.
Figure 11 then is the front schematic view of the 4th embodiment lamp plate module of the first embodiment lamp affixed to the ceiling of the present utility model.
Figure 12 is the elevational schematic view of other structure of base plate of one first embodiment lamp affixed to the ceiling of the present utility model.
Figure 13 is the decomposing schematic representation of looking up of lamp plate part of the present utility model, expansion light unit part and assembling means part.
Figure 14 is lamp plate part of the present utility model, expands light unit partly and the part combination schematic diagram of assembling means part.
Figure 15 is the outward appearance schematic top plan view of the lamp affixed to the ceiling of one second embodiment of the present utility model.
The specific embodiment
The following alleged lamp plate of the utility model, generally speaking, by a base plate and the lip-deep a plurality of LED crystal particles that are fixed in base plate, wherein area size and the shape of base plate are not limit, be good to have the strip outward appearance in the utility model, for example rectangle, trapezoidal or parallelogram etc.But the lamp plate described in the utility model, the base plate that can also comprise a no LED crystal particle, but on the base plate of the no LED crystal particle of this kind other structure can be set, for example but do not limit ground, for example lead, electronic component, optical element or sensing element etc.Secondly, all lamp plates are arranged on the surface of backboard of lamp affixed to the ceiling, and those lamp plates can see through specific mode and be arranged on the backboard, for example arrange continuously, partial continuous is arranged or be spaced etc.Moreover circuit or the electronic component of coupling lamp plate can be arranged on the base plate, between two adjacent base plates or on the outer backboard of base plate.Secondly, lamp plate is fastened on the backboard of lamp affixed to the ceiling through assembling means of the present utility model.But illustrate, for some demands, for example lamp plate is arranged at situation on the backboard earlier with conducting resinl or other adhesive means, then assembling means of the present utility model can be used as a kind of affixed means, those lamp plates are confined on this backboard, its effect still is lamp plate and other structure are for example expanded light shield, and is stacked with lamp plate.
Generally speaking the following alleged closed-loop of the utility model, is made up of a plurality of lamp plate connected to one another, wherein, lamp plate can be to comprise the base plate that has or do not have LED crystal particle, and ways of connecting can be to be adjacent to each other between the lamp plate, or by other element bridge joint two lamp plates.Secondly, the shape of closed-loop can be circle or the polygon (regular polygon or non-regular polygon) of hollow, and wherein polygon is good more than 5 limits, and namely the limit number of arbitrary closed-loop is the integer greater than 5.
Moreover, on the surface of the backboard of lamp affixed to the ceiling a plurality of closed-loops can be set, the following alleged lamp plate module of the utility model is made up of a plurality of closed-loop, also is to comprise a plurality of lamp plates.A plurality of closed-loops that the lamp plate module is included, for example but do not limit ground, closed-loop, a plurality of concentric or non-concentric closed-loop, the identical or different closed-loop of a plurality of limits number of the setting of a plurality of intervals.Can be selectively, the lamp plate module can comprise continuously arranged lamp plate, it can be arranged in a spirality of non-closed-loop.Moreover, above-mentioned refer to one heart with one heart or non-, but do not limit ground, a geometric center of the backboard of lamp affixed to the ceiling.
Following alleged light emitting diode, LED crystal particle, light-emitting diode chip for backlight unit or the light-emitting diode chip for backlight unit of the utility model, according to contextual content, can refer to the light emitting diode that has optical texture or do not have optical texture, or plug-in type, connection pin type or SMD light emitting diode.Above-mentioned title is used interchangeably, is not the light emitting diode that connects or comprise particular element with ad hoc fashion in order to limit.Secondly, for a lamp plate, generally comprise a plurality of light emitting diodes, these a little light emitting diodes are arranged on the base plate of this lamp plate, have an intercrystalline distance between adjacent light emitting diode.For convenience of description, intercrystalline distance, first intercrystalline distance, second intercrystalline distance etc. will be used interchangeably, are not in order to limit with specific interval or continuous mode arranging light emitting diode.Moreover, below during apart from explanation the utility model, according to contextual content, can refer to two intercrystalline distances on single lamp plate with the first intercrystalline distance and second intercrystalline; It also can be the intercrystalline distance separately on wantonly two lamp plates of single closed-loop; It also can be the intercrystalline distance separately on arbitrary lamp plate of different closed-loops; It also can be the intercrystalline distance separately on wantonly two lamp plates of helical pattern.
The following alleged expansion light unit of the utility model, it can comprise a plurality of expansion light shields, expands size and the quantity of light shield and decides on the size of light emitting diode, lamp plate, closed-loop.For example but do not limit ground, single expansion light shield covers a part of lamp plate on the backboard at least; Or single expansion light shield covers single lamp plate; Or single expansion light shield covers the LED crystal particle of the part on the single lamp plate; Or single expansion light shield covers single LED crystal particle.Secondly, see through assembling means of the present utility model, expanding light shield can be fastened on the backboard of lamp affixed to the ceiling with lamp plate simultaneously.Can select, the expansion light unit also can be arranged at other position but not on backboard, for example directly form the structure that can expand light on transparent lamp shade.
Fig. 1 is the outward appearance schematic top plan view of the lamp affixed to the ceiling of one first embodiment of the present utility model.With reference to Fig. 1, lamp affixed to the ceiling 1 comprises that a transparent lamp shade 10, a backboard 12 mutual assembly and an opening 123 are arranged at the central area of transparent lamp shade 10 and backboard 12, outside its dorsulum 12 comprises one first 121 and is exposed to.Secondly, lamp affixed to the ceiling 1 still comprises assembling means 14, and the first of assembling means 14 then is exposed on first 121 of backboard 12.In first embodiment, the first of assembling means 14 comprises a plurality of connecting portions 1424 that are distributed in first 121.
Fig. 2 is the decomposing schematic representation of looking up of the lamp affixed to the ceiling of one first embodiment of the present utility model.Backboard 12 has with respect to first 121 one second 125, its after assembly towards transparent lamp shade 10.Secondly, rear panel module more comprises on second 125 that is arranged at backboard 12 and the lamp plate module be made up of a plurality of lamp plates 16 and expand light unit 18.Lamp affixed to the ceiling 1 comprises that more a plastics lens 19 is in order to assembly transparent lamp shade 10 and rear panel module.
In first embodiment, each lamp plate 16 comprises a base plate 162 and is fixed in a plurality of light emitting diodes (not painting on Fig. 2) on the base plate 162.Again, those lamp plates 16 can be arranged on second 125 of backboard 12 in a particular manner and all be arranged on second 125, for example are arranged as the two concentric closed-loops that vary in size centered by opening 123, and its split shed 123 can comprise the geometric center of backboard 12.Again, each concentric closed-loop can be adjoined each other and constituted by the close base plate 162 of length, and the length that constitutes the base plate 162 of different concentric rings can be identical or different.Moreover quantity and the arrangement mode of fixing light emitting diode can be identical or different on each base plate 162.
Fig. 3 is the front schematic view of the first embodiment lamp plate of a lamp affixed to the ceiling.Be noted that Fig. 3 cooperates base plate and the light emitting diode of explanation the utility model lamp plate, wherein base plate still comprises other structure, and explanation is drawn in for example fixedly perforation of usefulness of assembling again after this omission is treated.The base plate of lamp plate 16 has long edge lengths 161 and a minor face width 165, and wherein, long edge lengths 161 has M light emitting diode 17, and minor face width 165 has N light emitting diode 17, and M, N are integer, and M is greater than N, and for example M is that 8, N is 1 among first embodiment.Secondly, for the first embodiment lamp plate 16, some light emitting diodes 17 compartment of terrains are arranged on the base plate 162, and light emitting diode 17 is arranged in row of parallel long edge lengths 161, form one first intercrystalline between the adjacent light emitting diode 17 apart from 173 and second intercrystalline distance 177, wherein, first intercrystalline is different apart from 177 with second intercrystalline apart from 173.For example, first intercrystalline is apart from both pitch difference of 177 of 173 and second intercrystalline distances, can reach at least between the 0.3mm to 3mm, but not as limit.
Understandable, quantity along with light emitting diode 17, lamp plate 16 can comprise that at least one first intercrystalline distance 173 and at least one second intercrystalline are apart from 177, on lamp plate 16, can comprise that first intercrystalline that alternately occurs regularly is apart from 173 and second intercrystalline distance 177, or intert first intercrystalline brokenly apart from 173 and second intercrystalline distance 177, or more comprise other intercrystalline distance that differs from first intercrystalline distance, 173 and second intercrystalline distance 177.
Fig. 4 is the front schematic view of the second embodiment lamp plate of a lamp affixed to the ceiling.With reference to figure 4, the outward appearance of lamp plate 26 is rectangular trapezoidal shape, and light emitting diode 27 is arranged on the base plate 262 with the arrangement mode with outward appearance of one long 271 and one wide 275, and wherein, growing on 271 has 8 light emitting diodes 27,2 light emitting diodes 27 is arranged on wide 275.Below incite somebody to action the intercrystalline distance of key diagram 4 in two ways.In first kind of mode, lamp plate 26 comprises that at least one first intercrystalline distance 273 and at least one second intercrystalline are apart from 277, wherein, first intercrystalline is to define with parallel long 271 apart from 273 and second intercrystalline distance 277, and first intercrystalline is different apart from 277 apart from 273 and second intercrystalline.The second way is, first intercrystalline apart from 273 ' with second intercrystalline apart from 277 ' being to define so that the center of parallel two adjacent light emitting diodes 27 is online, wherein, first intercrystalline is different apart from 273 ' and second intercrystalline distance 277 '.
Fig. 5, Fig. 6 are respectively the first embodiment closed-loop of a lamp affixed to the ceiling and the part front schematic view of the second embodiment closed-loop.Be formed by connecting by a plurality of lamp plates with reference to figure 3,4,5, one closed-loops 15, wherein comprise lamp plate 16 among a Fig. 3 and the lamp plate 26 among Fig. 4 at least.In the first embodiment closed-loop, as long as first intercrystalline of lamp plate 16 is different from first intercrystallines of lamp plate 26 apart from 273 or second intercrystallines distance 277 apart from 173 or second intercrystalline distance 177, namely belong to the embodiment of concept and range of the present utility model.Understandable, belong to the lamp plate 16 of same closed-loop 15 and the situation that lamp plate 26 is not limited to adjacency among Fig. 5, other lamp plate can be set between lamp plate 16 and the lamp plate 26.
Again, with reference to figure 6, closed-loop 35 comprises another lamp plate 38 of a lamp plate 36 and adjacency at least, wherein, lamp plate 36 comprises the light emitting diode 37 that a base plate 362 and a plurality of interval arrange, and 38 of lamp plates comprise the light emitting diode 39 that a base plate 382 and a plurality of interval arrange.In the second embodiment closed-loop, has one first identical intercrystalline apart from 373 between the wantonly two adjacent light emitting diodes 37 on the base plate 362.In like manner, have the second identical intercrystalline apart from 397 between the wantonly two adjacent light emitting diodes 39 on the base plate 382, wherein, first intercrystalline is different with second intercrystalline distance 397 apart from 373.
Fig. 7 is the part front schematic view of wantonly two closed-loops of a lamp affixed to the ceiling.Lamp affixed to the ceiling has at least two closed- loops 45,55 compartment of terrains and is arranged on the surface of backboard of lamp affixed to the ceiling.With reference to Fig. 6, Fig. 7, closed-loop 45 comprises that a plurality of lamp plates 36 are formed by connecting, and wherein has the first identical intercrystalline apart from 373 between the wantonly two adjacent light emitting diodes 37 on 362 of each lamp plate 36.In like manner, closed-loop 55 comprises that a plurality of lamp plates 38 are formed by connecting, and wherein has the second identical intercrystalline apart from 397 between the wantonly two adjacent light emitting diodes 39 on 382 of each lamp plate 38, and wherein first intercrystalline is different with second intercrystalline distance 397 apart from 373.
According to above-mentioned, be embodied in for the lamp affixed to the ceiling for actual, the intercrystalline of two adjacent light emitting diodes of the present utility model is apart from least a definition mode can be arranged, as long as take wherein under a kind of definition mode, first intercrystalline is apart from different with second intercrystalline distance, no matter first intercrystalline apart from second intercrystalline apart from refer in the same lamp plate, the different lamp plates in the same closed-loop, lamp plate etc. separately of different closed-loops, neither disengaging concept and range of the present utility model.
Next be noted that the utility model is according to above-mentioned lamp plate, the lamp plate module that closed-loop is formed.Fig. 8 is the front schematic view of the first embodiment lamp plate module of the first embodiment lamp affixed to the ceiling of the present utility model.When being noted that the lamp plate module below the explanation, can be with reference to figure 3 to Fig. 7 about lamp plate, closed-loop or ring structure, geometry etc., so represent lamp plate with single line among Fig. 8, lamp panel structure is not painted in this omission.With reference to figure 2 and Fig. 8, second 125 of the backboard of lamp affixed to the ceiling is provided with the lamp plate module, and the lamp plate module comprises that ring 25a, 25b, 25c compartment of terrain are arranged on second 125 of backboard.In the first embodiment lamp plate module, ring 25a, 25b, 25c are polygon closed-loop.On the one hand, the opening 123 of backboard comprises the geometric center (not painting on the figure) of backboard, and wherein, the geometric center separately of ring 25a, 25b, 25c is identical with the geometric center of backboard.
On the other hand, Fig. 9 is the front schematic view of the second embodiment lamp plate module of the first embodiment lamp affixed to the ceiling of the present utility model.Polygon closed- loop 65a, 65b on second 225 of the backboard of lamp affixed to the ceiling, the geometric center separately (not painting on the figure) of 65c then are different from the geometric center 225 of backboard.
Moreover, get back to Fig. 8, there are a plurality of lamp plate spacing L1, L2, H1, H2 between adjacent ring, wherein L1, H1 are for encircling the lamp plate spacing that 25c and 25b make progress in Different Diameter, and L2, H2 then are the lamp plate spacings that ring 25b and ring 25a make progress in Different Diameter.In first embodiment, L1 can be same or different from H1; In like manner, L2 can be same or different from H2, i.e. in corresponding adjacent 2 whens ring, existing a plurality of lamp plate spacings can be identical or different.Another kind of situation is that with regard to adjacent two rings of difference, L1 can be same or different from L2; In like manner, H1 can be same or different from H2.Moreover the limit number of polygon closed-loop is the integer greater than 5, is good with 8 limit shapes, and ring 25a, 25b, 25c can be identical or different, with overlapping getting final product not.Be with, the limit number of ring 25a, 25b, 25c can be identical or different, be the front schematic view of the 3rd embodiment lamp plate module of the first embodiment lamp affixed to the ceiling of the present utility model as Figure 10, ring 75a, the 75b, the 75c that are arranged on second 175 of backboard are concentric polygon closed-loop, but ring 75c is 6 banding closed loops, and ring 75a, 75b then are 8 banding closed loops.
Figure 11 then is the front schematic view of the 4th embodiment lamp plate module of the first embodiment lamp affixed to the ceiling of the present utility model, wherein is arranged at the 85 non-closed-loops of lamp plate module on second 185 of backboard, but the spirality of being formed by a plurality of lamp plates.According to above-mentioned, can the throw light on needs of setting element on design or the backboard of lamp plate module of the present utility model are designed to different outward appearances with the lamp plate module.Secondly, the included lamp plate of lamp plate module also can be according to the needs of setting element on illumination design or the backboard, its length and width size or/and comprise light emitting diode quantity, at interval, power, color etc. all can be identical or different, even do not have light emitting diode on the single lamp plate, and provide the usefulness of carrying fixed electronic element, optical element, sensing element etc.Or even one or more included lamp plate of lamp plate module has different irradiation scopes along with the design of backboard, and neither disengaging lamp plate module of the present utility model is arranged at a lip-deep concept and range of backboard.
Figure 12 is the elevational schematic view of other structure of base plate of one first embodiment lamp affixed to the ceiling of the present utility model.With reference to figure 2 and Figure 12, two base plates 162 ' and base plate 162 " to have identical isosceles trapezoidal in order to be arranged in ring, wherein base plate 162 ' and base plate 162 " be adjacent or can one gap, interval, adjacent or interval can arrange electronic component 1624 or a circuit.Secondly, base plate 162 ' and base plate 162 " on some perforation 1623 ' and perforation 1623 are set respectively ", its middle punch 1623 ' and perforation 1623 " the position corresponding with assembling means 14; in this embodiment; perforation 1623 ' compartment of terrain is arranged at the place, longer base near base plate 162 '; perforation 1623 " then be arranged near base plate 162 " shorter base locate; therefore; 14 of assembling means can wear perforation 1623 ' and the base plate 162 of base plate 162 ' simultaneously " perforation 1623 ", and a second portion of assembling means 14 will protrude from base plate 162 ' and base plate 162 " on, use making base plate 162 ' and base plate 162 " more firmly be fixed on second 125 of backboard 12.Understandable, base plate 162 ' and base plate 162 " on light emitting diode (figure does not paint) then as described in Fig. 3 to Fig. 6, do not give unnecessary details in this.
Figure 13 and Figure 14 decompose for looking up of lamp plate part of the present utility model, expansion light unit part and assembling means part and part makes up schematic diagram.In what this illustrated earlier be, for convenience of description, the ratio of the lamp plate part among Figure 13, expansion light unit part and assembling means part is not unanimity, ratio when doing in fact can be with reference to Figure 14, right Figure 14 is the only structure proportion of non-the utility model also, moreover Figure 14 is in order to the position relation of convenient explanation lamp plate part, expansion light unit part and assembling means part, the Therefore, omited backboard, real do to go up the assembling means can be simultaneously with backboard, lamp plate part or more comprise and expand the light unit partial fixing together.
Please also refer to Fig. 2, Figure 13 and Figure 14, base plate 162 comprises one first (not painting on the figure) and relative first one second 1622, and a plurality of perforation 1623 compartment of terrains are distributed on the base plate 162.Expand 18 of light units and comprise a plurality of expansion light shields 182, each expands light shield 182 and comprises one first (not painting on the figure) and relative first one second 1822, and a plurality of perforation 1823 compartment of terrains are distributed in to be expanded on the light shield 182.14 of assembling means comprise a plurality of riveteds unit 142, each riveted unit 142 comprises that a junction 1424, at least two wears portion 1426 and to should two wearing two protuberances 1428 of portion 1426, wherein arbitrary this wears portion 1426 and connects corresponding this protuberance 1428 and connecting portion 1424, wherein two wears portion 1426 and two protuberances 1428 all are arranged on the same one side 1422 of connecting portion 1424.Secondly, for expanding light shield 182 less than for each base plate 162, each base plate 162 configurable a plurality of expansion light shield 182 then, the size of a plurality of expansion light shields 182 of corresponding arbitrary base plate 162 can be identical or different.
Secondly, single riveted unit 142 wears two base plates 162 that adjoin each other simultaneously, wherein two of riveted unit 142 wear the perforation 1623 that portion 1426 wore different base plate 162, so two protuberances 1428 are outstanding from second 1622 of two base plates 162 that adjoin each other respectively.Again, the arbitrary perforation 1823 that can further pass an expansion light shield 182 of second 1622 that protrudes from base plate 162, under this kind situation, the protuberance 1428 of riveted unit 142 can be given prominence to from second 1822 of expansion light shield 182 and be fixedly arranged on second 1822 that expands light shield 182, makes riveted unit 142 be a ㄇ font outward appearance.For not wearing the portion that wears 1426 that expands light shield 182,1428 of its corresponding protuberances are outstanding from second 1622 of base plate 162.Understandable, expand light shield 182 and can cover arbitrary lamp plate, or cover the light emitting diode of the part of arbitrary lamp plate, or cover arbitrary light emitting diode, or cover a plurality of lamp plates, be not limited to shown in Figure 13,14.
Figure 15 is the outward appearance schematic top plan view of the lamp affixed to the ceiling of one second embodiment of the present utility model.Similar Fig. 1's, expose the part of a plurality of riveteds unit 24 on first 221 of the backboard 22 of lamp affixed to the ceiling 2.Be that with Fig. 1 difference the size of riveted unit 24 is greater than the connecting portion 1424 of assembling means 14 among Fig. 1, and the major axis of riveted unit 24 is arranged at the radial direction of backboard 22.Be with, riveted unit 24 in order to fix at least two not lamp plates of adjacency, namely riveted unit 24 is fastened in the lamp plate of different rings, the above-mentioned riveted unit 142 that is different among Figure 12,13 fixes the lamp plate of two adjacency.Understandable, no matter the riveted unit in the utility model is to fix the lamp plate of two adjacency or the lamp plate of adjacency neither, and it all can fix backboard, lamp plate simultaneously and expand light shield etc.
According to above-mentioned, the utility model carries light emitting diode with the strip base plate, can simplify the step that lamp plate is made, and reduces simultaneously to cut the rim charge that is left behind the base plate, and then reaches the cost of saving the lamp affixed to the ceiling material.Secondly, the spacing of the adjacent light emitting diode on arbitrary lamp plate of the present utility model can be different, increase the elasticity of lamp plate design.Moreover, be arranged in a plurality of polygon rings with lamp plate, so can adjust the quantity of polygon ring along with the size of lamp affixed to the ceiling, and the lamp plate size on each polygon ring also can be different, more effectively utilize baseboard material; And the spacing of the adjacent light emitting diode of the lamp plate on the same or different polygon rings can be different, also can increase the elasticity of lamp plate design.
The above only is preferred embodiment of the present utility model, be not in order to limit claim scope of the present utility model, therefore all other do not break away from the equivalence of finishing under the spirit that the utility model discloses and changes or modify, and all should be contained in the scope of the present utility model.
Claims (14)
1. a lamp plate module is applied to a lamp affixed to the ceiling, it is characterized in that, this lamp plate module comprises:
A plurality of lamp plates, arbitrary this lamp plate comprises a base plate and is arranged at intervals at a plurality of light emitting diodes on this base plate, those base plates cover the part on a surface of a backboard of this lamp affixed to the ceiling, and those base plates are strip, wherein, with regard to arbitrary this lamp plate, have at least one first intercrystalline distance and one second intercrystalline distance between those adjacent light emitting diodes, this first intercrystalline is apart from different with this second intercrystalline distance.
2. lamp plate module as claimed in claim 1, it is characterized in that, with regard to arbitrary this lamp plate, those light emitting diodes are arranged on this base plate with the arrangement mode of outward appearance with a length and a width, M those light emitting diodes are arranged on this length, N those light emitting diodes are arranged on this width, and M and N are respectively integer, and M is greater than N.
3. lamp plate module as claimed in claim 1 or 2 is characterized in that,
Those lamp plates are arranged as a plurality of concentric polygon closed-loops, and the limit number of arbitrary this concentric polygon closed-loop is greater than 5; Or
Those lamp plates are arranged as a plurality of concentric polygon closed-loops, and the limit number of arbitrary this concentric polygon closed-loop is greater than 5, and those base plates are the part of an aluminium base; Or
Those lamp plates are arranged as a plurality of concentric 8 banding closed loops; Or
Those lamp plates are arranged as a spirality.
4. lamp plate module as claimed in claim 1 or 2 is characterized in that,
This lamp plate module also comprises an expansion light shield of those lamp plates that cover at least a portion; Or
This lamp plate module comprises that also covering one of arbitrary this lamp plate expands light shield; Or
This lamp plate module also comprises an expansion light shield of those light emitting diodes of a part that covers arbitrary this lamp plate; Or
This lamp plate module comprises that also covering one of arbitrary this light emitting diode expands light shield.
5. lamp plate module is applied to a backboard of a lamp affixed to the ceiling, it is characterized in that this lamp plate module comprises:
Be arranged at lip-deep a plurality of lamp plates of this backboard, those lamp plates are arranged as at least one first closed-loop and one second closed-loop, and those lamp plates one of at least comprise a base plate and be positioned at a plurality of light emitting diodes on this base plate, wherein,
Has at least one first intercrystalline distance between those adjacent light emitting diodes to one of those lamp plates that should first closed-loop, at least have one second intercrystalline distance between those adjacent light emitting diodes to one of those lamp plates that should second closed-loop, this first intercrystalline apart from this second intercrystalline apart from different.
6. lamp plate module as claimed in claim 5 is characterized in that, have between those the adjacent light emitting diodes to those lamp plates that should first closed-loop a plurality of these first intercrystallines apart from the time, those first intercrystallines are apart from identical or different; And have between those the adjacent light emitting diodes to those lamp plates that should second closed-loop a plurality of these second intercrystallines apart from the time, those second intercrystallines are apart from identical or different.
7. as claim 5 or 6 described lamp plate modules, it is characterized in that,
The limit number of this first closed-loop or this second closed-loop is the integer greater than 5, and the limit number of this first closed-loop and the limit number of this second closed-loop are identical or different; Or
The limit number of this first closed-loop or this second closed-loop is the integer greater than 5, the limit number of this first closed-loop and the limit number of this second closed-loop are identical or different, and the geometric center separately of this first closed-loop, this second closed-loop and this backboard is identical or different; Or
The limit number of this first closed-loop or this second closed-loop is the integer greater than 5, and the limit number of this first closed-loop and the limit number of this second closed-loop are identical or different, and this first closed-loop and this second closed-loop are not overlapping; Or
The limit number of this first closed-loop or this second closed-loop is the integer greater than 5, the limit number of this first closed-loop and the limit number of this second closed-loop are identical or different, to one of those lamp plates that should first closed-loop and identical or different to the lamp plate spacing between one of those lamp plates that should second closed-loop.
8. as claim 5 or 6 described lamp plate modules, it is characterized in that,
This lamp plate module also comprises an expansion light shield of those lamp plates that cover at least a portion; Or
This lamp plate module comprises that also covering one of arbitrary this lamp plate expands light shield; Or
This lamp plate module also comprises an expansion light shield of those light emitting diodes of a part that covers arbitrary this lamp plate; Or
This lamp plate module comprises that also covering one of arbitrary this light emitting diode expands light shield.
9. lamp plate module is applied to a backboard of a lamp affixed to the ceiling, it is characterized in that this lamp plate module comprises:
Be arranged at lip-deep a plurality of lamp plates of this backboard, at least part of those lamp plates are arranged as one first polygon ring, wherein,
To should the first polygon ring, arbitrary this lamp plate comprises a base plate and is positioned at a plurality of light emitting diodes on this base plate, have at least one first intercrystalline distance and one second intercrystalline distance between the adjacent light emitting diode of those of those lamp plates, this first intercrystalline distance and this second intercrystalline are apart from difference.
10. lamp plate module as claimed in claim 9 is characterized in that, this first intercrystalline distance and this second intercrystalline are apart from those identical or different lamp plates of correspondence.
11. as claim 9 or 10 described lamp plate modules, it is characterized in that,
Also comprise one second polygon ring with those lamp plates of other parts on this backboard, the limit number that this first polygon ring and this second polygon ring are closed-loop and polygon ring is the integer greater than 5, and the limit number of this first polygon ring and the limit number of this second polygon ring are identical or different; Or
Also comprise one second polygon ring with those lamp plates of other parts on this backboard, this first polygon ring and this second polygon ring are that closed-loop and limit number are the integer greater than 5, and the geometric center separately of this first polygon ring, this second polygon ring and this backboard is identical or different; Or
Also comprise one second polygon ring with those lamp plates of other parts on this backboard, this first polygon ring and this second polygon ring are closed-loop and limit number for greater than 5 integer, and this first polygon ring and this second polygon ring are not overlapping; Or
Also comprise one second polygon ring with those lamp plates of other parts on this backboard, this first polygon ring and this second polygon ring are closed-loop and limit number for greater than 5 integer, to one of those lamp plates that should the first polygon ring and identical or different to the lamp plate spacing between one of those lamp plates that should the second polygon ring; Or
Also comprise one second polygon ring with those lamp plates of other parts on this backboard, this first polygon ring and this second polygon ring connect and compose spiral appearance.
12. as claim 9 or 10 described lamp plate modules, it is characterized in that,
This lamp plate module also comprises an expansion light shield of those lamp plates that cover at least a portion; Or
This lamp plate module comprises that also covering one of arbitrary this lamp plate expands light shield; Or
This lamp plate module also comprises an expansion light shield of those light emitting diodes of a part that covers arbitrary this lamp plate; Or
This lamp plate module comprises that also covering one of arbitrary this light emitting diode expands light shield.
13. a lamp affixed to the ceiling that has as claim 1,5 or 9 lamp plate module is characterized in that,
This lamp affixed to the ceiling also comprises at least one riveted unit, those riveted unit fix this lamp plate module on this surface of this backboard, wherein, arbitrary this riveted unit comprises a junction, a plurality of protuberance and a plurality of portion that wears, corresponding those protuberances are distinguished by those portions of wearing and between those protuberances and this connecting portion, those wear the portion compartment of terrain and are arranged on this connecting portion.
14. lamp affixed to the ceiling that has as claim 1,5 or 9 lamp plate module, it is characterized in that, this lamp affixed to the ceiling also comprises at least one riveted unit, those riveted unit fix this lamp plate module on this surface of this backboard, wherein, arbitrary this riveted unit fixes wantonly two should be in abutting connection with lamp plate, or arbitrary this riveted unit fixing at least two this not in abutting connection with lamp plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320092972 CN203162780U (en) | 2013-02-28 | 2013-02-28 | Ceiling lamp and lamp panel module thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320092972 CN203162780U (en) | 2013-02-28 | 2013-02-28 | Ceiling lamp and lamp panel module thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203162780U true CN203162780U (en) | 2013-08-28 |
Family
ID=49023963
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320092972 Expired - Fee Related CN203162780U (en) | 2013-02-28 | 2013-02-28 | Ceiling lamp and lamp panel module thereof |
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| Country | Link |
|---|---|
| CN (1) | CN203162780U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014048388A1 (en) * | 2012-09-29 | 2014-04-03 | 东莞巨扬电器有限公司 | Back panel module, ceiling light having back panel module, and method for assembling ceiling light |
| WO2014131369A1 (en) * | 2013-02-28 | 2014-09-04 | 东莞巨扬电器有限公司 | Back plate module and light-plate mounting structure therefor |
| WO2015169175A1 (en) * | 2014-05-04 | 2015-11-12 | 廖德明 | Led light projection lamp |
-
2013
- 2013-02-28 CN CN 201320092972 patent/CN203162780U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014048388A1 (en) * | 2012-09-29 | 2014-04-03 | 东莞巨扬电器有限公司 | Back panel module, ceiling light having back panel module, and method for assembling ceiling light |
| WO2014131369A1 (en) * | 2013-02-28 | 2014-09-04 | 东莞巨扬电器有限公司 | Back plate module and light-plate mounting structure therefor |
| WO2015169175A1 (en) * | 2014-05-04 | 2015-11-12 | 廖德明 | Led light projection lamp |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130828 Termination date: 20150228 |
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| EXPY | Termination of patent right or utility model |