CN101509639B - Casing unit of lamp and combined lamp thereof - Google Patents
Casing unit of lamp and combined lamp thereof Download PDFInfo
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- CN101509639B CN101509639B CN2009101306244A CN200910130624A CN101509639B CN 101509639 B CN101509639 B CN 101509639B CN 2009101306244 A CN2009101306244 A CN 2009101306244A CN 200910130624 A CN200910130624 A CN 200910130624A CN 101509639 B CN101509639 B CN 101509639B
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Abstract
A housing body unit of a lamp fixture and a lamp fixture combined therefrom are disclosed. The housing body unit is a polygedron comprising: six same hexagons that are interconnected two by two to form a ring to cover the surface of the polygedon and equidistantly surround the center of the polygedon, wherein, a first hexagon arranged on the ring has a first connection port for connecting another polygedon. The housing body unit, in virtue of the polygedons with particular shapes, can be combined into the structure with the particular shape in accordance with the requirement of users, and with the help of a control manner of electronic assemblies within the polygedon devices, the combined structure can elastically control the illumination and can enable the user to more flexibly employ the LED lamp fixture.
Description
Technical field
The invention relates to a kind of light fixture, be specifically related to a kind of composition mode of lamp outer casing body unit and a plurality of casing units in conjunction with fitting structure.
Background technology
Utilize the compact multiple advantage with power saving of LED, there is manufacturer to utilize LED to make more and is combined into light fixture, LED desk lamp for example, for plural LED plane lamp group is set in lampshade inside, lampshade combined with a lamppost form one with the lamp group of LED as light source, this desk lamp is combined as the fixing combination of specific function, often is limited to specific surely lighting use, can't random combination build specific variation.
But other has the improvement of manufacturer at the elasticity combination lamp, as the disclosed conduction of TW334841 shape building block device, can allow the user according to needed size or design drawing is combined into desired moulding, utilize the conductive pole in each unit, can switch on and throw light on, yet utilize the disclosed tetragonal body of this invention to put into practice, only can pile up in vertical direction with bulb to the bulb in each unit, can't be to other direction combination, elasticity and diversity during the shortcoming combination; In addition, only be in each conduction shape building blocks, to provide the serial connection of power supply and can't reach the unlatching of the bulb in each conduction shape building blocks of flexible control or close, can't formulate according to user's demand.
Summary of the invention
The invention provides a kind of the have casing unit of the light fixture that the polyhedron device forms and the light fixture of combination thereof, polyhedron by given shape, the structure that can synthesize given shape according to user's requirement groups, and be aided with the control mode of the electronic building brick of polyhedron device inside, make the control illumination that the structure of combination can elastification, the more resilient use of user LED can be provided light fixture.
The technical solution used in the present invention is as follows:
A kind of casing unit of light fixture is characterized in that this casing unit is a polyhedron, and this polyhedron comprises:
Six identical hexagons, described hexagon is connected to form a ring in twos, is coated on this polyhedron surface and equidistant this polyhedral center that surrounds, and wherein, first hexagon that is arranged on this ring has first Port in order to connect another polyhedron.
Specifically, be arranged on second hexagon on the described ring second Port is set, this first hexagon and this second hexagon be one the 3rd hexagon at interval.
Arbitrary hexagon has four long limits and two minor faces on the described polyhedron, and this arbitrary minor face connects a quadrangle, and this arbitrary long limit connects a hexagon.
The casing unit of this light fixture further comprises:
Main control circuit is arranged at this polyhedron inside, and this first Port of this main control circuit electric coupling is in order to transmit first signal to this first Port; And
First optical assembly optionally opens and closes illumination according to second signal of this main control circuit.
The casing unit of this light fixture further comprises:
The power supply port, in order to provide power supply to this main control circuit, this first optical assembly and this first Port, wherein this first Port provides power supply to this described polyhedron.
Described main control circuit more comprises a receiver module in order to receive the remote control signal of a remote controller, and wherein, this main control circuit is to transmitting plurality of signals to this first Port by remote control signal.
Described polyhedron comprises:
Couple hexagon;
Wherein, this couples hexagon to should first hexagonal connected mode being wherein a kind of of electromagnetism absorption, corresponding engaging or bonding.
A kind of light fixture is characterized in that described light fixture comprises:
Casing unit, this casing unit are a polyhedron, and this polyhedron comprises:
Six identical hexagons, described hexagon is connected to form a ring in twos, is coated on this polyhedron surface and equidistant this polyhedral center that surrounds, and wherein, first hexagon that is arranged on this ring has first Port in order to connect another polyhedron;
Be arranged on second hexagon on the described ring second Port is set, this first hexagon and this second hexagon be one the 3rd hexagon at interval;
Described a plurality of polyhedron connects in twos and is connected to form one first polyhedron ring via this first Port and this second Port.
Among one embodiment, described polyhedral one the 4th hexagon that is arranged on this polyhedron ring is connected with this first hexagon and has one the 3rd Port, being arranged at one the 5th hexagon on this ring is connected with this second hexagon and has one the 4th Port, the 4th hexagon and the 5th hexagon be one the 6th hexagon at interval, and this polyhedron is connected in twos with other a plurality of these polyhedrons and is connected to form one second polyhedron ring via the 3rd Port and the 4th Port.
In the described polyhedron illumination component is set, this illumination component optionally opens and closes, and this first polyhedron ring and this second polyhedron ring is optionally lighted formed one 0～9 numeral.
A kind of light fixture is characterized in that described light fixture comprises:
First casing unit, this casing unit are a polyhedron, and this polyhedron comprises:
Six identical hexagons, described hexagon is connected to form a ring in twos, is coated on this polyhedron surface and equidistant this polyhedral center that surrounds, and wherein, first hexagon that is arranged on this ring has first Port in order to connect another polyhedron; Be arranged on second hexagon on the described ring second Port is set, this first hexagon and this second hexagon be one the 3rd hexagon at interval;
Second casing unit, this casing unit is a polyhedron, this polyhedron has six identical hexagons and is connected to form one first ring in twos and is coated on this first polyhedron surface and surrounds this first polyhedral center, this first polyhedron has one the 5th Port and is arranged on the hexagon and is arranged on another hexagon with one the 6th Port, and this two hexagon is provided with that this first ring is gone up and two hexagons at interval;
Described six first casing units and six second casing units interlock and are connected to form 12 polyhedron rings at interval and via Port.
Described first casing unit and second casing unit be built-in light-emitting component respectively, and selectively unlocking and close light-emitting component and make these 12 polyhedron rings show the time.
A kind of light fixture is characterized in that described light fixture comprises:
Casing unit, this casing unit are a polyhedron, and this polyhedron comprises:
Six identical hexagons, described hexagon is connected to form a ring in twos, is coated on this polyhedron surface and equidistant this polyhedral center that surrounds, and wherein, first hexagon that is arranged on this ring has first Port in order to connect another polyhedron;
Be arranged on second hexagon on this ring second Port is set, this second hexagon is arranged on this ring; And the 3rd be provided with the 3rd Port on the hexagon, and the 3rd hexagon is arranged at this polyhedron surface and outside this ring,
Described a plurality of casing unit interconnects on one first plane via this first Port and this second Port, in addition a plurality of polyhedrons via the closure of the 3rd Port not with this first plane parallel.
The present invention is further illustrated below in conjunction with the drawings and specific embodiments.
Description of drawings
Figure 1A to Figure 1B has illustrated POLYHEDRAL COMBINATORICS mode schematic diagram among the present invention.
It is polyhedron external structure schematic diagram of the present invention that Fig. 2 A and Fig. 2 B illustrate.
Fig. 3 and Fig. 4 have illustrated a plurality of POLYHEDRAL COMBINATORICS embodiment schematic diagrames.
Fig. 5 A and Fig. 5 B have illustrated combination and have used schematic diagram in conjunction with electronic building brick.
Fig. 6 has illustrated the embodiment schematic diagram that a plurality of POLYHEDRAL COMBINATORICS become clock.
Fig. 7 has illustrated another embodiment schematic diagram of polyhedron external structure of the present invention.
It has illustrated the schematic diagram that polyhedron of the present invention is formed and launched Fig. 8 A and Fig. 8 B.
Fig. 9 A and Fig. 9 B have illustrated the polyhedral external structure schematic diagram of the present invention.
The specific embodiment
The casing unit of light fixture of the present invention is mainly improved the surface texture at casing unit (polyhedron), and internal electrical components is set with functions such as execution acousto-optics, see also Figure 1A and Figure 1B, polyhedron 10 is according to the disclosed polyhedron of the present invention with polyhedron 20, has a joint face respectively, joint face is provided with electrical terminal, polyhedral inside can further be provided with LED lamp or loudspeaker, polyhedral shell can be adopted the material of transparent or semitransparent printing opacity, electrical terminal can correspondingly connect when polyhedron 10 connects the joint face of polyhedron 20 via joint face, with 10 of polyhedrons as main control unit, polyhedron 20 is from control device, the electrical terminal of joint face is except the supply power supply at this moment, more can provide the transmission of control signal, but for example polyhedron 10 transmitting control signals to polyhedron 20 makes polyhedron 20 carry out controlling of LED lamp or loudspeaker; Figure 1A and Figure 1B have disclosed the connected mode of two lamp outer casing body units, yet according to the disclosed polyhedron surface texture of the present invention, can be with a plurality of polyhedrons according to relative joint face, connect into a given shape or the POLYHEDRAL COMBINATORICS of stereo structure, the polyhedron ways of connecting can be provided with magnet or surface in the inside of joint face and snap fastener is set utilizes electromagnetism absorption, corresponding engaging or bind wherein wherein a kind of, but is not limited thereto.
Fig. 2 A illustrates in the embodiment of the invention polyhedron 10 with respect to the profile of overlooking of Fig. 2 B, and it is to be interconnected to form the schematic diagram that a ring 112 surrounds the center 110 of polyhedrons 10 and this polyhedron 10 by six hexagons 11～16 that Fig. 2 A illustrates polyhedron 10.Fig. 2 B illustrates the front view according to polyhedron in the embodiment of the invention 10.Three figure from left to right be for polyhedron 10 rotate respectively 120 ° twice, the plan view that can divide three angles to see, polyhedron 10 comprises six hexagons 11～16, it is connected to form the surface that a ring 112 is coated on this polyhedron 1 in twos, polyhedron 10 has four Port P1～P4 and is arranged at respectively on hexagon 12,14,11 and 15 in this embodiment, yet being provided with of Port can be according on the number of designer's demand decision Port and the arbitrary plane that selection is arranged at polyhedron 10.In the present embodiment, first hexagon 12 that is arranged on the ring 112 has the first Port P1, and second hexagon 14 that is arranged on the ring 112 has the second Port P2, first hexagon 12 and second hexagon, 14 each intervals the 3rd hexagon 13.The 4th hexagon 11 that is arranged on the ring 112 is connected with first hexagon 12, and the 4th hexagon 11 has the 3rd Port P3; The 5th hexagon 15 that is arranged on the ring 112 is connected with the 6th hexagon 16, and the 5th hexagon 15 has the 4th Port P4, the 4th hexagon 11 and the 5th hexagon 15 each intervals the 6th hexagon 16, four Port P1～P4 of polyhedron 10 all can be used to connect other polyhedron; Because these four Port P1～P4 are on same ring 112, so these four polyhedrons that the port connected can be considered at grade; In addition, if Port is arranged at the surface of ring outside 112, then the polyhedron that is connected can be considered with above-mentioned four polyhedrons that the port was connected not at grade.
Fig. 3 and polyhedron shown in Figure 4 10 link a plurality of polyhedron balls and form at grade, polyhedron 10 can connect into a polyhedron ring 300 (or claiming POLYHEDRAL COMBINATORICS) with five polyhedrons 30 among Fig. 3, the outward appearance of polyhedron 30 and polyhedron 10 identical and each all have two Ports, be separately positioned on the hexagon and hexagon setting at interval, polyhedron ring 300 is connected with five polyhedrons 30 with the second Port P2 in twos via the first Port P1 of polyhedron 10.In addition as shown in Figure 4, polyhedron 10 can be connected in twos with other five polyhedrons 40 and be connected to form another polyhedron ring via the 3rd Port P3 and the 4th Port P4.
Illustrated the connection that connects into into one 8 font that POLYHEDRAL COMBINATORICS 400 has polyhedron 10, five polyhedrons 30 and five polyhedrons 40 among Fig. 4, light source (for example LED lamp) can be set in above-mentioned polyhedral inside to be made and has illumination functions, polyhedral shell is adopted light-transmitting materials, selectively each polyhedral illumination functions of property open and close makes 8 font POLYHEDRAL COMBINATORICS can show 0～9 numeral.
Fig. 5 A has illustrated and has utilized polyhedral electronic system of the present invention to use, and electronic system comprises polyhedron 50, polyhedron 60 and remote controller 70, can see through remote controller 70 after polyhedron 50 couples with polyhedron 60 and control; Polyhedron 50 comprises shell 503, main control circuit 502, connectivity port P51～P54, output device 504 and power line 501; Main control circuit 502 couples connectivity port P51～P54, output device 504 and power line 501; Polyhedron 50 and polyhedron 60 required power supplys can be supplied by power line 501 in the present embodiment, but also can utilize built-in battery (not shown) to provide; Main control circuit 501 comprises a receiver module (not icon), in order to receive the remote signal of a remote controller 70, remote signal can be an infrared signal or blue bud signal or the like, and remote controller 70 is main in order to control the operation of whole electronic system, provides the user to appoint the machine interface easily; Polyhedron 60 comprises shell 603, from control circuit 602, connectivity port P61～P64, output device 601; Shell 503 and 603 can adopt transparent or light-transmitting materials can allow light spill.
Shown in Fig. 5 B, polyhedron connects one of embodiment of combination in the present invention, other connection pattern also can be with reference to figure 1C, Fig. 3, Fig. 4 and Fig. 6, no matter compound mode why, all can be by the addressing program of principal and subordinate's electronic installation, define polyhedron and connect the address of making up, with present embodiment, be connected in the polyhedron 60 of polyhedron 50,61,62,63 and 64 addresses, addressing system can adopt the Taiwan described mode of number of patent application TW97138950 to illustrate, the address of setting polyhedron 50 earlier is 0.0.0, then the address of polyhedron 60 is automatically made 1.1.0, and the address of polyhedron 64 is that 2.1.1 all has an address until each polyhedron by that analogy; Method of operating is will allow the output device 641 of polyhedron 64 be operating as example, the main control circuit of polyhedron 50 produces the address 2.1.1 that first instruction comprises polyhedron 64, the input port P61 of polyhedron 60 is delivered in first instruction via output port P51, different from the address that control circuit 602 reads in first instruction with polyhedron 60, therefore therefore just can operate output device 641 via output port P63 via the input port P641 of polyhedron 64 again, if output device 641 is a bulb, first instruction then can be the On/Off function of control bulb.Input port and output port can be bus while transferring electric power so that the operation of polyhedron internal electrical components to be provided.
See also another embodiment that Fig. 6 illustrates, the polyhedron ring 600 that a plurality of polyhedrons 10 and polyhedron 80 form, as shown in Figure 6, polyhedron 80 has the center that six identical hexagons are connected to form first ring in twos and are coated on polyhedron 80 surfaces and encirclement polyhedron 80, this polyhedron has Port P5 and is arranged on a certain hexagon, the 6th Port P6 is arranged on another hexagon, this a certain hexagon and another hexagon all are arranged at first and encircle upward and two hexagons in interval, the structure of polyhedron 10 is as the explanation of Fig. 2 B, and wherein a plurality of polyhedrons 10 are with a plurality of polyhedrons 80 staggered intervals and via the first Port P1, the second Port P2, the 5th Port P5 and the 6th Port P6 form one and have 12 polyhedral polyhedron rings 600.Wherein, a plurality of polyhedrons 10 have illumination functions respectively with a plurality of polyhedrons 80, can selectively unlocking with close illumination functions and make 600 one times of expression of 12 polyhedron rings, for example, represent 12 of clock at the uppermost polyhedron 10 of Fig. 6, polyhedron in regular turn represents 1 to 11 respectively, the light that can utilize polyhedron internal illumination body to send different colours is in addition represented different meanings, for example: if the blue hour hands of representing, redness is represented minute hand, then can be a characteristic clock.
In another embodiment, as shown in Figure 7, polyhedron 90 comprises six hexagons 91～96, and it is connected to form the center that a ring is coated on the surface of this polyhedron 90 and surrounds this polyhedron 90 in twos; First hexagon 91 that is arranged on the ring has the first Port P91 in order to connect other polyhedron; Second hexagon 94 that is arranged on the ring has Port P93; Be arranged at outside the ring and and have the 3rd Port P92 at polyhedron 90 lip-deep the 3rd hexagons 97, wherein the 3rd hexagon 97 is connected with first hexagon 91, at least one polyhedron interconnects on first plane via the first Port P91 and the second Port P93, in addition, at least one polyhedron connects via the closure of the 3rd Port P92, its second plane system of forming not with first plane parallel, Port P94 is set in Fig. 7 and connects and can connect towards other direction on hexagon 98, therefore the elasticity that has more connection according to gengon of the present invention can connect into the multiple combination shown in Fig. 1 C.
See also foundation polyhedral expanded view of the invention process of Fig. 8 B, wherein the outer surface of polyhedron 10 interconnects institute by a plurality of hexagonal planes and a plurality of tetragonal plane and forms, in the present embodiment the outward appearance of polyhedron 10 system by 12 hexagonal planes and 6 tetragonal planes interconnect form.Fig. 8 A is the front view of polyhedron 10 in the face of a hexagon 11, go up arbitrary hexagon and have four first length of sides and two second length of sides, arbitrary second length of side connects a quadrangle, arbitrary first length of side connects a hexagon, it should be noted that second length of side is longer than by first length of side system, is example with Fig. 8 A and the illustrated hexagon 11 of Fig. 8 B, the first long limit 111,112,115 and 116 is connected other hexagon respectively, and the second long limit 113 is connected other quadrangle respectively with 114.
The embodiment of Fig. 9 A, Fig. 9 B for polyhedron 10 in difference towards front view more clearly demonstrate the polyhedral feature of the present invention by Fig. 9 A and Fig. 9 B, with Fig. 9 A is example, Fig. 9 A is the front view that connects with three hexagons, the limit of finding out polyhedron 10 in this angle is a regular hexagon, form ring 112 shown in Fig. 2 A by 11～16 on hexagon, therefore as can be seen, the hexagonal angle that connects in twos on the ring 112 is 120 degree; Fig. 9 B is the front view in the face of quadrangle 192, can can find out angle of polyhedron 10 rotations that Fig. 9 B is Fig. 9 A by hexagon 193 and 191 among Fig. 9 A and Fig. 9 B, to observe the limit of polyhedron 10 be that the capable rain quadrangle of hexagon is cross-linked and forms to angle thus, because it is for to each interior angle is 135 degree because it is for therefore symmetry connects, for example, hexagon 15 is tied to form 135 angles of spending with quadrangle 17.
Compared to prior art, the invention provides a kind of polyhedron of given shape, can be subject to can only vertical and horizontal couple, more provide a plurality of angles to allow the user select the structure of the synthetic given shape of roped party, and be aided with the control mode of the electronic building brick of polyhedron device inside, make the control illumination that the structure of combination can elastification, the more resilient use of user LED can be provided light fixture.
Claims (13)
1. the casing unit of a light fixture is characterized in that this casing unit is a polyhedron, and this polyhedron comprises:
Ring is coated on this polyhedron surface and equidistant this polyhedral center that surrounds, and this ring is connected to form in twos by six identical hexagons, and wherein, first hexagon that is arranged on this ring has first Port in order to connect another polyhedron.
2. casing unit as claimed in claim 1 is characterized in that being arranged on second hexagon on the described ring second Port is set, and this first hexagon and this second hexagon be one the 3rd hexagon at interval.
3. casing unit as claimed in claim 1 is characterized in that arbitrary hexagon has four long limits and two minor faces on the described polyhedron, and this arbitrary minor face connects a quadrangle, and this arbitrary long limit connects a hexagon.
4. casing unit as claimed in claim 1 is characterized in that further comprising:
Main control circuit is arranged at this polyhedron inside, and this first Port of this main control circuit electric coupling is in order to transmit first signal to this first Port; And
First optical assembly optionally opens and closes illumination according to second signal of this main control circuit.
5. casing unit as claimed in claim 4 is characterized in that further comprising:
The power supply port, in order to provide power supply to this main control circuit, this first optical assembly and this first Port, wherein this first Port provides power supply to this described polyhedron.
6. casing unit as claimed in claim 5 is characterized in that described main control circuit more comprises a receiver module in order to receive the remote control signal of a remote controller, and wherein, this main control circuit is to transmitting plurality of signals to this first Port by remote control signal.
7. casing unit as claimed in claim 1 is characterized in that described polyhedron comprises:
Couple hexagon;
Wherein, this couples hexagon to should first hexagonal connected mode being wherein a kind of of electromagnetism absorption, corresponding engaging or bonding.
8. light fixture is characterized in that described light fixture comprises:
Casing unit, this casing unit are a polyhedron, and this polyhedron comprises:
Ring is coated on this polyhedron surface and equidistant this polyhedral center that surrounds, and this ring is connected to form in twos by six identical hexagons, and wherein, first hexagon that is arranged on this ring has first Port in order to connect another polyhedron;
Be arranged on second hexagon on the described ring second Port is set, this first hexagon and this second hexagon be one the 3rd hexagon at interval;
Described a plurality of polyhedron connects in twos and is connected to form one first polyhedron ring via this first Port and this second Port.
9. light fixture according to claim 8, it is characterized in that described polyhedral one the 4th hexagon that is arranged on this polyhedron ring is connected with this first hexagon and has one the 3rd Port, being arranged at one the 5th hexagon on this ring is connected with this second hexagon and has one the 4th Port, the 4th hexagon and the 5th hexagon be one the 6th hexagon at interval, and this polyhedron is connected in twos with other a plurality of these polyhedrons and is connected to form one second polyhedron ring via the 3rd Port and the 4th Port.
10. light fixture as claimed in claim 9 is characterized in that in the described polyhedron illumination component being set, and this illumination component optionally opens and closes, and this first polyhedron ring and this second polyhedron ring is optionally lighted formed one 0～9 numeral.
11. a light fixture is characterized in that described light fixture comprises:
First casing unit, this casing unit are a polyhedron, and this polyhedron comprises:
Ring is coated on this polyhedron surface and equidistant this polyhedral center that surrounds, and this ring is connected to form in twos by six identical hexagons, and wherein, first hexagon that is arranged on this ring has first Port in order to connect another polyhedron; Be arranged on second hexagon on the described ring second Port is set, this first hexagon and this second hexagon be one the 3rd hexagon at interval;
Second casing unit, this casing unit is a polyhedron, this polyhedron has six identical hexagons and is connected to form one first ring in twos and is coated on this first polyhedron surface and surrounds this first polyhedral center, this first polyhedron has one the 5th Port and is arranged on the hexagon and is arranged on another hexagon with one the 6th Port, and this two hexagon is provided with that this first ring is gone up and two hexagons at interval;
Six described first casing units and six described second casing units interlock and are connected to form 12 polyhedron rings at interval and via Port.
12. light fixture as claimed in claim 11 is characterized in that, described first casing unit and second casing unit be built-in light-emitting component respectively, and selectively unlocking and close light-emitting component and make these 12 polyhedron rings show the time.
13. a light fixture is characterized in that described light fixture comprises:
Casing unit, this casing unit are a polyhedron, and this polyhedron comprises:
Ring is coated on this polyhedron surface and equidistant this polyhedral center that surrounds, and this ring is connected to form in twos by six identical hexagons, and wherein, first hexagon that is arranged on this ring has first Port in order to connect another polyhedron;
Be arranged on second hexagon on this ring second Port is set, this second hexagon is arranged on this ring;
And the 3rd be provided with the 3rd Port on the hexagon, and the 3rd hexagon is arranged at this polyhedron surface and outside this ring,
A plurality of described casing units interconnect on one first plane via this first Port and this second Port, in addition a plurality of polyhedrons via the closure of the 3rd Port not with this first plane parallel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101306244A CN101509639B (en) | 2009-03-20 | 2009-03-20 | Casing unit of lamp and combined lamp thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101306244A CN101509639B (en) | 2009-03-20 | 2009-03-20 | Casing unit of lamp and combined lamp thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101509639A CN101509639A (en) | 2009-08-19 |
| CN101509639B true CN101509639B (en) | 2011-05-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2009101306244A Expired - Fee Related CN101509639B (en) | 2009-03-20 | 2009-03-20 | Casing unit of lamp and combined lamp thereof |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102478193B (en) * | 2010-11-25 | 2014-04-16 | 国立中央大学 | Polyhedral lamp fitting |
| CN104329602B (en) * | 2014-10-24 | 2017-01-11 | 深圳市万家照明有限公司 | Splicing joint assembly and splicing joint type LED (light emitting diode) lamp |
| CN107336427A (en) * | 2016-04-29 | 2017-11-10 | 通用电气照明解决方案有限责任公司 | Lamp casing |
| KR101981586B1 (en) * | 2017-12-01 | 2019-05-23 | 엘지디스플레이 주식회사 | Polyhedron Type Display Device |
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2009
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| CN101509639A (en) | 2009-08-19 |
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Granted publication date: 20110504 Termination date: 20140320 |