CN204879793U - Pottery ceiling light - Google Patents
Pottery ceiling light Download PDFInfo
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- CN204879793U CN204879793U CN201520693694.1U CN201520693694U CN204879793U CN 204879793 U CN204879793 U CN 204879793U CN 201520693694 U CN201520693694 U CN 201520693694U CN 204879793 U CN204879793 U CN 204879793U
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- led
- annular groove
- led illuminator
- ceiling lamp
- light
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Abstract
The utility model discloses a pottery ceiling light, the heat dissipation base of annular groove is equipped with including middle department, the LED luminous element structure in the annular groove sets firmly, set firmly in the 2nd LED luminous element structure of annular groove up end department, set up the luminous body of two autonomous workings simultaneously, the luminous efficiency is hig, illumination intensity can adjust in a flexible way, select variously, a LED luminous element structure includes the LED luminous element of spiro union on leading to the line hole, the outer reflection of light cup of a LED luminous element is located to the cover, the printing opacity piece of reflection of light cup upper end opening part is located to the lid, the 2nd LED luminous element structure includes the printing opacity cover of being made by the ceramic material of light -permeable, locate the 2nd LED luminous element on the lower terminal surface of printing opacity cover, pass the trompil that the printing opacity covers in proper order through the face ring, thereby the opening of LED base plate makes the printing opacity cover with the 2nd female connection, the 2nd LED luminous element sets firmly on the heat dissipation base, and printing opacity piece and reflection of light cup card are solid between the installation bulge loop and annular groove of face intra -annular lateral wall, moreover, the steam generator is simple in structure, convenient assembly and disassembly.
Description
Technical field
The utility model relates to field of LED illumination, particularly a kind of ceramic ceiling lamp.
Background technology
Present stage, when the whole world is pursued healthy, environmental protection and is energy-conservation, LED illumination by universally acknowledged be a kind of important channel of health energy-saving environment protective, expand its range of application just at faster speed.For in the lighting decoration controlled of interior decoration, LED Ceiling light, because of advantages such as volume are little, the life-span is long, light efficiency is high, low in energy consumption, good stability, decorative effect are good, is widely used.
In general, traditional Ceiling light, the making such as general employing metal material, due to the special nature of these materials, cause Ceiling light that these materials are made in use for some time, or be corroded, generation rust staining, light fixture intensity is declined, affects attractive in appearance, also easily cause the situation of electric leakage of making moist.And ceramic ceiling lamp because of have moisture resistance, corrosion-resistant, high temperature resistant, high voltage can be born and the feature such as can not to leak electricity, be widely used, but existing ceramic ceiling lamp mostly is one-body molded, associated components cannot be changed, and installation fixedly needs screwing to connect, and punches, can reduce yield rate in production, if screw overtorquing also may cause pottery to damage in installation, ceramic ceiling lamp is made to have more limitation.
And existing ceramic ceiling lamp mostly is and only has a kind of light-emitting mode, illumination mode is single, and illuminating effect is not good enough, is difficult to meet customer need.
Therefore, how to realize that a kind of structure is simple, aesthetic in appearance, decorative effect is good, production process is simple, yield rate is high, easy installation and removal, repair and maintenance are easy, durable in use, there are two kinds of luminous body structures worked alone, good illumination effect, light efficiency are high, light source selects multifarious ceramic ceiling lamp to be technical problem urgently to be resolved hurrily in the industry.
Utility model content
Main purpose of the present utility model is to provide a kind of ceramic ceiling lamp, is intended to realize that a kind of structure is simple, aesthetic in appearance, decorative effect is good, production process is simple, yield rate is high, easy installation and removal, repair and maintenance are easy, durable in use, has two kinds of luminous body structures worked alone, good illumination effect, light efficiency are high, light source selects multifarious ceramic ceiling lamp.
The utility model proposes a kind of ceramic ceiling lamp, comprise the heat dissipation base that middle is provided with annular groove, be fixedly arranged on the first LED illuminator structure in annular groove, be fixedly arranged on the second LED illuminator structure of annular groove upper end surface, heat dissipation base inner bottom surface middle is provided with threading hole, threading hole upper part is provided with the first internal thread, annular groove madial wall is provided with the second internal thread, first LED illuminator structure comprises the first LED illuminator be fixedly arranged on threading hole, suitable and to be embedded in annular groove and the reflector covered at outside the first LED illuminator with annular groove, be covered on the light transmission piece at reflector upper end open place, first LED illuminator comprises the main body that centre is provided with through hole, fix and the probe of mutually insulated through main body and with main body, main body comprises suitable with the first internal thread and is threaded thus makes the first LED illuminator be fixedly arranged on thread segment on heat dissipation base, be located at the encapsulating table at thread segment top, a cylinder is extended at encapsulating table center upward, the cross section of cylinder is set to regular polygon, each side of cylinder is equipped with a LED chip, second LED illuminator structure comprises the diffuser be located at and made on annular groove upper surface and by the ceramic material of light-permeable, the perforate suitable with annular groove is provided with in the middle of diffuser, diffuser lower surface is provided with light source cavity, second LED illuminator structure also comprises and being embedded in light source cavity and second LED illuminator of irradiating towards diffuser, and the second LED illuminator comprises suitable with light source cavity and centre is provided with the LED-baseplate of the opening suitable with perforate, the LED lamp bead be laid in LED-baseplate, ceramic ceiling lamp also comprise one can pass successively perforate, opening and suitable with the second internal thread and be threaded thus make diffuser, the second LED illuminator is fixedly arranged on face ring on heat dissipation base, face ring madial wall is provided with the installation bulge loop suitable with light transmission piece, and face ring is threaded with the second internal thread thus light transmission piece and reflector are fastened in and installs between bulge loop and annular groove.
Preferably, cylinder top is provided with and extends to probe and the electrode tip that can be communicated with external power source, probe comprise be located at cylinder top end, extend to the needle body of thread segment outside through through hole, be provided with felt pad between end and cylinder top, between needle body and through hole, be filled with insulant.
Preferably, light transmission piece is provided with frosting in the first LED illuminator corresponding position.
Preferably, reflector inner surface is laid with some polygon convex surfaces with reflective, guide-lighting effect.
Preferably, heat dissipation base lateral wall extends outwardly out some radiating fins.
Preferably, needle body is connected with the first electrified wire, and the first electrified wire is electrically connected with civil power through threading hole.
Preferably, LED-baseplate is connected with second electrified wire be electrically connected with civil power.
Preferably, diffuser upper surface is provided with some decorative patterns with decoration function.
Preferably, cylinder is any one in positive tetrahedron, regular five-hedron, regular hexahedron, positive heptahedron, regular octahedron.
Ceramic ceiling lamp of the present utility model, comprises middle and is provided with the heat dissipation base of annular groove, the first LED illuminator structure be fixedly arranged in annular groove, is fixedly arranged on the second LED illuminator structure of annular groove upper end surface.Ceramic ceiling lamp of the present utility model is equipped with the first LED illuminator structure and the second LED illuminator structure two luminous body structures worked alone, light source is selected various, can meet the different lighting demands of the different occasion of different client, handsome in appearance, decorative effect is good.First LED illuminator structure comprises the first LED illuminator be fixedly arranged on threading hole, suitable and to be embedded in annular groove and the reflector covered at outside the first LED illuminator with annular groove, be covered on the light transmission piece at reflector upper end open place, a cylinder is extended at the center of the first LED illuminator encapsulating table upward, the cross section of cylinder is set to regular polygon, each side of cylinder is equipped with a LED chip, such LED illuminator structure, LED chip 360 ° is distributed on cylinder, can be omnibearing luminous, irradiate without no dark space, dead angle, structure is simple, overcome the shortcoming that LED luminescence has very strong directionality, the reflection of reflector, guide-lighting effect, the light that first LED illuminator is sent is more even, lighting effect is better, light efficiency is high, second LED illuminator structure comprises the diffuser be located at and made on annular groove upper surface and by the ceramic material of light-permeable, the perforate suitable with annular groove is provided with in the middle of diffuser, diffuser lower surface is provided with light source cavity, second LED illuminator structure also comprises and being embedded in light source cavity and second LED illuminator of irradiating towards diffuser, second LED illuminator comprises the LED-baseplate that and centre suitable with light source cavity is provided with the opening suitable with perforate, be laid in the LED lamp bead in LED-baseplate, the light of what LED lamp bead sent have very highly directive by the diffuser of light-permeable towards external exposure, light becomes evenly soft, and the diffuser be made up of ceramic material is more glittering and translucent under the irradiation of LED lamp bead, light is sparkling, ceramic ceiling lamp of the present utility model is elegant in appearance, good decorating effect, pottery diffuser is durable in use.Face ring is successively through perforate, opening is also threaded with the second internal thread thus makes diffuser, second LED illuminator is fixedly arranged on the annular groove upper surface on heat dissipation base, and between the face ring installation bulge loop that light transmission piece and reflector are fastened in face ring madial wall when being threaded fixing with the second internal thread and annular groove, the utility model is connected with the second internal thread of annular groove madial wall by face ring, thus settle at one go diffuser, second LED illuminator, light transmission piece and reflector peace are fixed on heat dissipation base and then complete the installation of whole lamp, structure is simple, combine easy for installation, simplify production process, enhance productivity, also automated production can be realized, be threaded connection mode one step all parts is assembled, ceramic ceiling lamp of the present utility model can repeated removal, dismounting is quick, be beneficial to the repair and maintenance in light fixture later stage, break the connection pattern that traditional mode that is connected by screw carries out connecting required punching and stubborn screw on ceramic diffuser, avoid punching on ceramic diffuser or screwing screw, raise the cost rate, reduce manufacturing cost.Therefore, the utility model achieves that a kind of structure is simple, aesthetic in appearance, decorative effect is good, production process is simple, yield rate is high, easy installation and removal, repair and maintenance are easy, durable in use, have two kinds of luminous body structures worked alone, good illumination effect, light efficiency are high, light source selects multifarious ceramic ceiling lamp.
Accompanying drawing explanation
Fig. 1 is one of perspective view of an embodiment of a kind of ceramic ceiling lamp of the present utility model;
Fig. 2 is the perspective view two of an embodiment of a kind of ceramic ceiling lamp of the present utility model;
Fig. 3 is the stereochemical structure decomposing schematic representation of an embodiment of a kind of ceramic ceiling lamp of the present utility model.
The realization of the utility model object, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Referring to figs. 1 through Fig. 3, one embodiment of a kind of ceramic ceiling lamp of the present utility model is proposed, comprise the heat dissipation base 100 that middle is provided with annular groove 102, be fixedly arranged on the first LED illuminator structure in annular groove 102, be fixedly arranged on the second LED illuminator structure of annular groove 102 upper end surface, the tactic pattern only arranging single light source that ceramic ceiling lamp of the present utility model breaks traditions, be embedded with towards the first LED illuminator structure of external exposure in annular groove 102 and be installed with the second LED illuminator structure in annular groove 102 upper surface, realize the double-light-source structured pattern worked alone, achieve omnibearing luminous light illumination mode simultaneously, light source is selected various, the different lighting demands of the different occasion of different client can be met, flexible and changeable, select various.
Heat dissipation base 100 inner bottom surface middle is provided with threading hole 103, and threading hole 103 upper end 205 is arranged with the first internal thread 104, and annular groove 102 madial wall is provided with the second internal thread 105.
First LED illuminator structure comprises the first LED illuminator 200 be fixedly arranged on threading hole 103, suitable and to be embedded in annular groove 102 and the reflector 300 covered at outside the first LED illuminator 200 with annular groove 102, be covered on the light transmission piece 400 at reflector 300 upper end open 602 place, first LED illuminator 200 comprises the main body that centre is provided with through hole, fix and the probe of mutually insulated through main body and with main body, main body comprises suitable with the first internal thread 104 and is threaded thus makes the first LED illuminator 200 be fixedly arranged on thread segment 201 on heat dissipation base 100, be located at the encapsulating table 202 at thread segment 201 top, a cylinder 203 is extended at encapsulating table 202 center upward, the cross section of cylinder 203 is set to regular polygon, each side of cylinder 203 is equipped with a LED chip 204, cylinder 203 is positive tetrahedron, regular five-hedron, regular hexahedron, positive heptahedron, any one in regular octahedron, the cylinder 203 of the present embodiment is set to positive tetrahedron.Cylinder 203 top is provided with and extends to probe and the electrode tip that can be communicated with external power source, probe comprise be located at cylinder 203 top end 205, extend to the needle body 206 of thread segment 201 outside through through hole, probe autonomous agent top is inserted through hole and is run through whole main body and extend to thread segment 201 outside, the needle body 206 extending thread segment 201 outside is connected with the first electrified wire 800, first electrified wire 800 is electrically connected with civil power through threading hole 103, thus realizes the electrical connection of the first LED illuminator 200.
Whole encapsulating table 202, the end 205 that is fixed on the LED chip 204 on cylinder 203 side and is fixedly arranged on cylinder 203 top are all encapsulated by resin; form a globoid; resin has printing opacity, protective effect; the light that LED chip 204 sends is transmitted by resin; and resin has very strong refraction and transmission effect to the light that LED chip 204 sends; LED light line becomes evenly soft after resin; and resin has protective effect to LED chip 204; can moistureproof, dust-proof, waterproof, anticorrosion, effectively extend the service life of the first LED illuminator 200.First LED illuminator 200 of the present utility model, comprehensive 360 ° of LED chip 204 is distributed on each side of main body, achieves omnibearing luminous, and irradiate without no dark space, dead angle, light efficiency is high, and volume is little, handsome in appearance.A reflector 300 is covered with outside first LED illuminator 200, reflector 300 has reflection action, strengthen lighting effect, the LED chip 204 of lower-wattage is installed, also the luminosity of high-power LED light source can be reached, energy-conserving and environment-protective, reflector 300 inner surface is laid with some polygon convex surfaces 301 with reflective, guide-lighting effect, the reflection of polygon convex surface 301 and guide-lighting effect, gather the invalid light distributed in effective range of exposures, eliminate light pollution, light is more evenly soft, avoid dazzling dazzling, light utilization is high, and lighting effect is good.The light transmission piece 400 covering at reflector 300 upper end open 602 place goes out to be provided with frosting 401 in the first LED illuminator 200 position correspondence, frosting 401 has the effect that is in the light of hiding shame, the first LED illuminator 200 can be sheltered from, avoid human eye new line direct-view first LED illuminator 200 and occur dazzling dazzling.Therefore, it is simple that the first LED illuminator structure of the present utility model achieves structure, and lighting effect is good, and uniform light is soft, and light utilization is high, and light efficiency is high, energy-conserving and environment-protective, can be omnibearing luminous, the brief generous beneficial effect such as grade of moulding.
Second LED illuminator structure comprises the diffuser 500 be located at and made on annular groove 102 upper surface and by the ceramic material of light-permeable, the perforate 501 suitable with annular groove 102 is provided with in the middle of diffuser 500, diffuser 500 lower surface is provided with light source cavity 502, second LED illuminator structure also comprises and being embedded in light source cavity 502 and second LED illuminator of irradiating towards diffuser 500, second LED illuminator comprises the LED-baseplate 601 that and centre suitable with light source cavity 502 is provided with the opening 602 suitable with perforate 501, be laid in the LED lamp bead 603 in LED-baseplate 601, the setting of perforate 501 and opening 602 has light action, the light that can send for the first LED illuminator structure is towards external exposure.LED-baseplate 601 is connected with second electrified wire 900 be electrically connected with civil power, thus realize LED lamp bead 603 and be electrically connected with civil power, electrical connection is simple, first electrified wire 800 and the second electrified wire 900 make the first LED illuminator structure and the second LED illuminator structure can work independently, and can select illumination effect and intensity of illumination freely, flexibly.
Existing LED Ceiling light generally adopts the making such as metal material, due to the special nature of these materials, causes Ceiling light that these materials are made in use for some time, be corroded, or produce rust staining, light fixture intensity is declined, affect attractive in appearance, also easily cause the situation of electric leakage of making moist.And ceramic ceiling lamp because of have moisture resistance, corrosion-resistant, high temperature resistant, high voltage can be born and the feature such as can not to leak electricity, be widely used.Ceramic ceiling lamp of the present utility model, diffuser 500 is made up of the ceramic material of light-permeable, diffuser 500 upper surface is provided with some decorative patterns 503 with decoration function, diffuser 500 upper surface of the present embodiment is provided with some art weave 503 with artistic feeling by engraving, the art weave 503 with decoration function makes the external form of ceramic ceiling lamp more attractive in appearance, excellent decoration effect, degree of viewing and admiring more is increased, also can environment be organic combines together with finishing, set off environment, such that home decoration seems more high-end, air, to improve grade.And ceramic diffuser 500 moisture resistance, corrosion-resistant, high temperature resistant, ceramic ceiling lamp of the present utility model is durable in use, and usage safety performance is high.Diffuser 500 is emission type of entire body diffusion luminescence, the light of what LED lamp bead 603 sent have very highly directive by the diffuser 500 of light-permeable towards external exposure, light becomes evenly soft, and the brilliance that can burst forth, and the diffuser 500 be made up of ceramic material is more glittering and translucent under the irradiation of LED lamp bead 603, merrily and lightheartedly mellow and full, light is sparkling, both met the decorative effect of household, the demand of light luminance can have been met again in illumination.
As everyone knows, existing ceramic ceiling lamp mostly is one-body molded, associated components cannot be changed, and install that fixedly to need screwing to carry out fastening, in production, pottery punches, can yield rate be reduced, if screw overtorquing also may cause pottery to damage in installation, make ceramic ceiling lamp have more limitation.Ceramic ceiling lamp of the present utility model, by arranging a ring 700, face ring 700 is threaded with the second internal thread 105 of heat dissipation base 100 madial wall thus the combination realizing whole lamp is installed, easy installation and removal, and structure is simple, and production efficiency is high.
Ceramic ceiling lamp also comprises one can pass perforate 501, opening 602 suitable with the second internal thread 105 and be threaded thus make diffuser 500, second LED illuminator be fixedly arranged on face ring 700 on heat dissipation base 100 successively, face ring 700 madial wall is provided with the installation bulge loop 701 suitable with light transmission piece 400, and face ring 700 is threaded with the second internal thread 105 thus light transmission piece 400 and reflector 300 are fastened in and installs between bulge loop 701 and annular groove 102.First the thread segment 201 of the first LED illuminator 200 be connected with the first internal thread 104 thus make the first LED illuminator 200 be fixedly arranged on heat dissipation base 100, then reflector 300 is sheathed on outside the first LED illuminator 200, again light transmission piece 400 is placed in reflector 300 upper end open 602, again the second LED illuminator to be placed on annular groove 102 upper surface and opening 602 and the corresponding adaptation in annular groove 102 position, diffuser 500 covers in the second LED illuminator, finally by face ring 700 successively through the perforate 501 of diffuser 500, the opening 602 of the second LED illuminator is also threaded with the second internal thread 105 of annular groove 102 madial wall thus makes diffuser 500 and the second LED illuminator be fastened on annular groove 102 upper surface, and between light transmission piece 400 now and the reflector 300 installation bulge loop 701 that is fastened in face ring 700 madial wall and annular groove 102.The utility model is connected with the second internal thread 105 of annular groove 102 madial wall by face ring 700, thus settle at one go diffuser 500, second LED illuminator, light transmission piece 400 and reflector 300 peace are fixed on heat dissipation base 100 and then complete the installation of ceramic ceiling lamp, install or dismantle without the need to using any instruments such as screwdriver, structure is simple, combine easy for installation, simplify production process, enhance productivity, the mode of being threaded connection settles at one go and is assembled by all parts, automated production can be realized, ceramic ceiling lamp of the present utility model can repeated removal, dismounting is quick, be beneficial to the repair and maintenance in light fixture later stage, each replaceable parts recycles, environmental protection, break traditional mode that is connected by screw to be connected and fixed, and when connecting, need punching and stubborn screw on ceramic diffuser 500, punching may cause the damage of diffuser 500 and reduce yield rate, if screw screw tension, also can cause the damage of finished product diffuser 500, increase the use cost of light fixture, time-consuming in production, the utility model is avoided punching on ceramic diffuser 500 or screwing screw, raise the cost rate, reduce manufacturing cost.
Be provided with felt pad 207 between the end 205 of probe and cylinder 203 top, between needle body 206 and through hole, be filled with insulant.
Heat dissipation base 100 lateral wall extends outwardly out some radiating fins 101, substantially increases the radiating effect of ceramic ceiling lamp.
Ceramic ceiling lamp of the present utility model, be provided with the first LED illuminator structure and the second LED illuminator structure, lighting effect is good, and light efficiency is high, and intensity of illumination can flexible modulation, selects various, is applicable to the different lighting demands of the different occasion of different client, first LED illuminator 200 can realize omnibearing luminous, and illumination is without dead angle without safety, and structure is simple, and volume is little, and uniform light is soft, and light utilization is high, and light efficiency is high, energy-conserving and environment-protective, and moulding is brief generous, second LED illuminator structure, be provided with the diffuser 500 be made up of the ceramic material of light-permeable, aesthetic in appearance, decorative effect is good, can combine together with installation environment, set off environment, make decorative effect more high-end, air, improve grade, and LED lamp bead 603 irradiate out there is the light therethrough diffuser 500 of very highly directive after, become evenly soft, and the brilliance that can burst forth, and the diffuser 500 be made up of ceramic material is more glittering and translucent under the irradiation of LED lamp bead 603, merrily and lightheartedly mellow and full, light is sparkling, both the decorative effect of household had been met, the demand of light luminance can be met again in illumination, to be threaded with the second internal thread 105 by face ring 700 thus to make diffuser 500 and the second LED illuminator be fastened on annular groove 102 upper surface, and between light transmission piece 400 now and the reflector 300 installation bulge loop 701 that is fastened in face ring 700 madial wall and annular groove 102, structure is simple, easy for installation, enhances productivity, reduce production cost, it is convenient to dismantle, can repeated removal, is beneficial to the later stage repair and maintenance of light fixture, also can raise the cost rate, reduces the use cost of ceramic ceiling lamp.Therefore, the utility model achieves that a kind of structure is simple, aesthetic in appearance, design is unique novel, decorative effect is good, can set off environment, production process is simple, yield rate is high, easy installation and removal, repair and maintenance are easy, durable in use, have two kinds of luminous body structures worked alone, good illumination effect, light efficiency are high, light source selects multifarious ceramic ceiling lamp.
The foregoing is only preferred embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every equivalent structure transformation utilizing the utility model description and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (9)
1. a ceramic ceiling lamp, it is characterized in that, comprise the heat dissipation base that middle is provided with annular groove, be fixedly arranged on the first LED illuminator structure in described annular groove, be fixedly arranged on the second LED illuminator structure of described annular groove upper end surface, described heat dissipation base inner bottom surface middle is provided with threading hole, described threading hole upper part is provided with the first internal thread, described annular groove madial wall is provided with the second internal thread, described first LED illuminator structure comprises the first LED illuminator be fixedly arranged on described threading hole, suitable and to be embedded in described annular groove and the reflector covered at outside described first LED illuminator with described annular groove, be covered on the light transmission piece at described reflector upper end open place, described first LED illuminator comprises the main body that centre is provided with through hole, to fix and the probe of mutually insulated through described main body with described main body, described main body comprises suitable with described first internal thread and is threaded thus makes described first LED illuminator be fixedly arranged on thread segment on described heat dissipation base, be located at the encapsulating table at described thread segment top, a cylinder is extended at described encapsulating table center upward, the cross section of described cylinder is set to regular polygon, each side of described cylinder is equipped with a LED chip, described second LED illuminator structure comprises the diffuser be located at and made on described annular groove upper surface and by the ceramic material of light-permeable, the perforate suitable with described annular groove is provided with in the middle of described diffuser, described diffuser lower surface is provided with light source cavity, described second LED illuminator structure also comprises and being embedded in described light source cavity and second LED illuminator of irradiating towards described diffuser, described second LED illuminator comprises the LED-baseplate that and centre suitable with described light source cavity is provided with the opening suitable with described perforate, be laid in the LED lamp bead in described LED-baseplate, described ceramic ceiling lamp also comprise one can pass successively described perforate, described opening and suitable with described second internal thread and be threaded thus make described diffuser, described second LED illuminator is fixedly arranged on face ring on described heat dissipation base, described ring madial wall is provided with the installation bulge loop suitable with described light transmission piece, and described ring is threaded with described second internal thread thus described light transmission piece and described reflector are fastened between described installation bulge loop and described annular groove.
2. a kind of ceramic ceiling lamp according to claim 1, it is characterized in that, described cylinder top is provided with and extends to described probe and the electrode tip that can be communicated with external power source, described probe comprise be located at described cylinder top end, extend to the needle body of described thread segment outside through described through hole, be provided with felt pad between described end and described cylinder top, between described needle body and described through hole, be filled with insulant.
3. a kind of ceramic ceiling lamp according to claim 1 and 2, is characterized in that, described light transmission piece is provided with frosting in described first LED illuminator corresponding position.
4. a kind of ceramic ceiling lamp according to claim 3, is characterized in that, described reflector inner surface is laid with some polygon convex surfaces with reflective, guide-lighting effect.
5. a kind of ceramic ceiling lamp according to claim 4, is characterized in that, described heat dissipation base lateral wall extends outwardly out some radiating fins.
6. a kind of ceramic ceiling lamp according to claim 2, is characterized in that, described needle body is connected with the first electrified wire, and described first electrified wire is electrically connected with civil power through described threading hole.
7. a kind of ceramic ceiling lamp according to claim 6, is characterized in that, described LED-baseplate is connected with second electrified wire be electrically connected with described civil power.
8. a kind of ceramic ceiling lamp according to claim 7, is characterized in that, described diffuser upper surface is provided with some decorative patterns with decoration function.
9. a kind of ceramic ceiling lamp according to claim 8, is characterized in that, described cylinder is any one in positive tetrahedron, regular five-hedron, regular hexahedron, positive heptahedron, regular octahedron.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520693694.1U CN204879793U (en) | 2015-09-09 | 2015-09-09 | Pottery ceiling light |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520693694.1U CN204879793U (en) | 2015-09-09 | 2015-09-09 | Pottery ceiling light |
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| Publication Number | Publication Date |
|---|---|
| CN204879793U true CN204879793U (en) | 2015-12-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520693694.1U Expired - Fee Related CN204879793U (en) | 2015-09-09 | 2015-09-09 | Pottery ceiling light |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105698132A (en) * | 2016-04-13 | 2016-06-22 | 季京玮 | Lampholder modeled after shape of ancient building component |
-
2015
- 2015-09-09 CN CN201520693694.1U patent/CN204879793U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105698132A (en) * | 2016-04-13 | 2016-06-22 | 季京玮 | Lampholder modeled after shape of ancient building component |
| CN105698132B (en) * | 2016-04-13 | 2018-11-02 | 季京玮 | A kind of lamp holder of archaized architecture Components Shape |
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| 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: 20151216 Termination date: 20160909 |