CN102155664A - 360° high-intensity LED bulb with full beam angle - Google Patents

Abstract

The invention relates to a high-illumination LED bulb with a full emission angle of 360 degrees, belonging to the technical field of illumination and particularly relating to a high-illumination LED bulb with a full emission angle of 360 degrees. The method is realized by the following technical scheme: the bulb comprises a light-transmitting lamp holder, a light-transmitting lampshade, a supporting plate, a lamp holder and a lamp, wherein the light-transmitting lamp holder comprises a lower end and an upper end which are separated from each other, the lower end of the lamp holder is provided with the lamp holder, the upper end of the lamp holder is provided with an opening, and a driver is arranged in the opening; the heat radiation body is arranged in the containing chamber and is carried by the light-transmitting supporting plate, and the heat radiation body comprises an upper surface facing the lampshade and a lower surface facing the lamp holder; the first light-emitting module and the second light-emitting module are arranged on the lower surface of the heat radiation body and provided with at least one second LED, and the driver is electrically connected with the second light-emitting module.

Description

Translated fromChinese

360°全射角之高照度LED灯泡360° high-intensity LED bulb with full beam angle

技术领域technical field

本发明渉及照明技术领域，关于一种灯泡，特别是指一种360°全射角之高照度灯泡。The present invention relates to the technical field of lighting, and relates to a light bulb, in particular to a high-illuminance light bulb with a 360° full-radiation angle.

背景技术Background technique

随着国际间响应环保及绿能政策，各先进国家均已设定钨丝灯泡之退场年限。LED灯泡逐渐纳入钨丝灯泡之换装市场。With the international response to environmental protection and green energy policies, all advanced countries have set the retirement age of tungsten filament light bulbs. LED light bulbs are gradually incorporated into the replacement market for tungsten light bulbs.

但因传统的钨丝灯泡的光源是360°之投射光，而目前以LED（SMD、晶片）为光源所制作之灯泡2、3、4（如附图1至附图3所示），均只能做单向投射光。此种单向投射光的LED灯泡2、3、4之设计仅可以提供天花板向地板方向照射的灯具（DOWM LIGHT）使用，若是要使用在立灯5（见附图13）、台灯6（见附图14）、壁灯7或床头灯7（见附图15）上，其投射光方向只能往天花板的方向投射光束（见附图4的D1），对于往地板方向之投射光（见附图4的D2）仅能靠着照射在立灯、台灯、壁灯或床头灯之灯罩之斜面的反射光来照明，明显地具有照度不足之问题。因此在钨丝灯泡退场后，此型灯具均由HCFL（热阴极灯管）、CCFL（冷阴极灯管）型的省电灯泡取代。However, because the light source of the traditional tungsten bulb is a 360° projected light, thebulbs 2, 3, and 4 (as shown in Figure 1 to Figure 3) made with LED (SMD, chip) as the light source are all Can only do one-way projected light. The design ofLED bulbs 2, 3, and 4 that project light in one direction can only be used for lamps (DOWM LIGHT) that illuminate from the ceiling to the floor. Figure 14),wall lamp 7 or bedside lamp 7 (see Figure 15), the projected light direction can only project light beams toward the ceiling (see D1 of Figure 4), for the projected light toward the floor (see D2) of Figure 4 can only be illuminated by the reflected light irradiated on the inclined surface of the lampshade of a standing lamp, table lamp, wall lamp or bedside lamp, which obviously has the problem of insufficient illumination. Therefore, after the tungsten filament bulbs retired, this type of lamps were replaced by HCFL (hot cathode lamps) and CCFL (cold cathode lamps) energy-saving bulbs.

然HCFL（热阴极灯管）、CCFL（冷阴极灯管）型的省电灯泡具有紫外线、电磁波及辐射等，有害人体，若是近身使用，伤害更巨，且其含有汞物质及氩、氖等成份，其中汞对于人体脑部、肾脏、皮肤之伤害以及对于土地之污染更具杀伤力。再者，HCFL（热阴极灯管）、CCFL（冷阴极灯管）之灯泡均为玻璃材质，极易破碎，当破碎时汞金属可能逸散，若人体接触或吸入会造成脑部及肾脏之病变。而为分解HCFL（热阴极灯管）、CCFL（冷阴极灯管）报废品之毒性，所耗之成本巨大，并不符环保需求。此外，HCFL（热阴极灯管）、CCFL（冷阴极灯管）型灯泡如同日光灯一样是以电极撞击汞气体放电，所产生的光束为不连续光，其会造成眼睛之视觉困乏，不利于阅读。However, HCFL (Hot Cathode Lamp) and CCFL (Cold Cathode Lamp) energy-saving light bulbs have ultraviolet rays, electromagnetic waves, and radiation, which are harmful to the human body. If they are used close to them, the damage will be even greater, and they contain mercury, argon, neon, etc. Among them, mercury is more lethal to human brain, kidney, skin damage and land pollution. Furthermore, the bulbs of HCFL (Hot Cathode Lamp) and CCFL (Cold Cathode Lamp) are made of glass and are easily broken. When broken, mercury metal may escape. If the human body touches or inhales it, it will cause damage to the brain and kidneys. lesion. To decompose the toxicity of HCFL (Hot Cathode Lamp) and CCFL (Cold Cathode Lamp) waste products requires a huge cost, which does not meet the requirements of environmental protection. In addition, HCFL (Hot Cathode Lamp) and CCFL (Cold Cathode Lamp) bulbs, like fluorescent lamps, are discharged by hitting mercury gas with electrodes, and the light beam produced is discontinuous, which will cause visual fatigue to the eyes and is not conducive to reading .

因此，如何将LED灯泡设计成能符合例如立灯、台灯、壁灯或床头灯等灯具之使用及增加投射光之照射范围，实为LED业者当务之急，更是促进环保、节能之必要手段。Therefore, how to design LED bulbs to meet the use of lamps such as standing lamps, table lamps, wall lamps or bedside lamps and to increase the irradiation range of projected light is an urgent task for LED manufacturers, and it is also a necessary means to promote environmental protection and energy saving.

发明内容Contents of the invention

有鉴于上述课题，本发明之目的即在提供一种360°全射角之高照度LED灯泡。In view of the above problems, the object of the present invention is to provide a high-illuminance LED light bulb with a 360° full-radiation angle.

本发明是通过如下技术方案实现的：该高照度LED灯泡包含一透光灯座，其包含隔开的下端与上端，该透光灯座的下端安装一灯头，该透光灯座的上端开成一开口，该透光灯座的内部安装一驱动器。该高照度LED灯泡更包含一透光灯罩，其结合在透光灯座之上端且封闭该开口使得该透光灯座与该透光灯罩共同界定一容室。一支撑板是受支持地设在该容室内，该支撑板包含面向该透光灯罩的上端面及面向该灯头的下端面。一散热体设在该容室内且受该支撑板承载，该散热体包含面向该透光灯罩的上表面及面向该灯头的下表面。一第一发光模组设于该散热体的上表面且具有至少一个第一LED，该第一发光模组与该驱动器电性连接使得该第一LED可受驱动朝该透光灯罩投射光线。一第二发光模组设于该散热体的下表面且具有至少一个第二LED，该第二发光模组与该驱动器电性连接使得该第二LED可受驱动而朝该透光灯座投射光线。第一、第二基板之LED分别作成上投射光及下投射光，且上投射光投射在透光灯罩开成的反射晕光构成介于上、下投射面间距的侧投射晕光，进而形成360°全射角的投射晕光。The present invention is achieved through the following technical solutions: the high-illuminance LED light bulb includes a light-transmitting lamp holder, which includes a separated lower end and an upper end, a lamp cap is installed on the lower end of the light-transmitting lamp holder, and the upper end of the light-transmitting lamp holder is opened. An opening is formed, and a driver is installed inside the light-transmitting lamp holder. The high-illuminance LED light bulb further includes a light-transmitting lampshade, which is combined with the upper end of the light-transmitting lamp holder and closes the opening so that the light-transmitting lamp holder and the light-transmitting lampshade jointly define a chamber. A support plate is supported in the chamber, and the support plate includes an upper end surface facing the light-transmitting lampshade and a lower end surface facing the lamp cap. A radiator is arranged in the chamber and is carried by the support plate. The radiator includes an upper surface facing the light-transmitting lampshade and a lower surface facing the lamp cap. A first light-emitting module is arranged on the upper surface of the radiator and has at least one first LED. The first light-emitting module is electrically connected to the driver so that the first LED can be driven to project light toward the transparent lampshade. A second light-emitting module is arranged on the lower surface of the radiator and has at least one second LED, and the second light-emitting module is electrically connected to the driver so that the second LED can be driven to project toward the light-transmitting lamp holder light. The LEDs of the first and second substrates are respectively made into the upper projection light and the lower projection light, and the reflection halo formed by the projection of the upper projection light on the light-transmitting lampshade constitutes the side projection halo light between the upper and lower projection surface distances, thereby forming 360° projection halo.

据此，可令使用于立灯、台灯、壁灯或床头灯等灯具的LED灯泡之投射光形成全射角，形成室内空间所需的照明效果以及达到使用者阅读照明之需要。Accordingly, the projected light of LED bulbs used in lamps such as standing lamps, table lamps, wall lamps, or bedside lamps can form a full angle of incidence, forming the lighting effect required by the indoor space and meeting the needs of users for reading lighting.

在一实施例中，该第一发光模组具有第一基板，该第一基板设在设于该散热体的上表面，且该第一LED设于该第一基板上；该第二发光模组具有第二基板，该第二基板设在设于该散热体的下表面，且该第二LED设于该第二基板上。In one embodiment, the first light-emitting module has a first substrate, the first substrate is arranged on the upper surface of the heat sink, and the first LED is arranged on the first substrate; the second light-emitting module The set has a second substrate, the second substrate is arranged on the lower surface of the radiator, and the second LED is arranged on the second substrate.

在一实施例中，该支撑板为一透光性支撑板，该透光灯座之上端的内壁设有一台阶，该透光性支撑板安装在该台阶上。In one embodiment, the support plate is a light-transmitting support plate, and a step is provided on the inner wall of the upper end of the light-transmitting lamp holder, and the light-transmitting support plate is installed on the step.

在一实施例中，该第一基板是与该透光性支撑板结合成为一体使得该第一基板安装在台阶上。In one embodiment, the first substrate is integrated with the light-transmitting support plate so that the first substrate is installed on the steps.

在一实施例中，该第二基板是与该透光性支撑板结合成为一体使得该第二基板安装在台阶上。In one embodiment, the second substrate is integrated with the light-transmitting support plate so that the second substrate is installed on the steps.

关于本发明之其他目的、优点及特征，将由以下较佳实施例的详细说明并参照所附图来了解。Other objectives, advantages and features of the present invention will be understood from the following detailed description of the preferred embodiments with reference to the accompanying drawings.

附图说明Description of drawings

图1为第一习知灯泡的示意图Fig. 1 is the schematic diagram of the first conventional light bulb

图2为第二习知灯泡的示意图Fig. 2 is the schematic diagram of the second conventional light bulb

图3为第三习知灯泡的示意图Fig. 3 is the schematic diagram of the 3rd conventional light bulb

图4为习知灯泡投射光示意图Fig. 4 is a schematic diagram of conventional light bulb projected light

图5为本发明灯泡之第一较佳实施例Fig. 5 is the first preferred embodiment of the light bulb of the present invention

图6为本发明灯泡之第二较佳实施例Fig. 6 is the second preferred embodiment of the light bulb of the present invention

图7为本发明灯泡之第三较佳实施例Fig. 7 is the third preferred embodiment of the light bulb of the present invention

图8为本发明灯泡之第四较佳实施例Fig. 8 is the fourth preferred embodiment of the light bulb of the present invention

图9为本发明灯泡之第五较佳实施例Fig. 9 is the fifth preferred embodiment of the light bulb of the present invention

图10为本发明灯泡之第六较佳实施例Fig. 10 is the sixth preferred embodiment of the light bulb of the present invention

图11为本发明灯泡之第七较佳实施例Fig. 11 is the seventh preferred embodiment of the light bulb of the present invention

图12为本发明灯泡之投射光示意图Fig. 12 is a schematic diagram of projected light of the bulb of the present invention

图13为本发明灯泡使用于立灯的示意图Fig. 13 is a schematic diagram of a bulb of the present invention used in a standing lamp

图14为本发明灯泡使用于台灯的示意图Figure 14 is a schematic diagram of the bulb of the present invention used in a desk lamp

图15为本发明灯泡使用于壁灯的示意图Fig. 15 is a schematic diagram of a bulb of the present invention used in a wall lamp

图16为本发明灯泡使用于立灯的投射光示意图Figure 16 is a schematic diagram of projected light when the light bulb of the present invention is used in a standing lamp

符号说明：Symbol Description:

1、灯泡                10、灯头1.Bulb 10. Lamp holder

11、透光灯座           110、容室11. Translucent lamp holder 110. Containment chamber

111、台阶              112、透光性支撑板111.Steps 112. Translucent support plate

113、孔洞              114、上端113.Hole 114. Upper end

115、上端面            116、下端面115.Upper end face 116. Lower end face

117、上表面            118、下表面117.Upper surface 118. Lower surface

119、下端              2、透光灯罩119. Lower end 2. Translucent lampshade

13、第一发光模组         131、第一基板13. The first light-emittingmodule 131. The first substrate

132、第一LED            14、第二发光模组132. Thefirst LED 14. The second light-emitting module

141、第二基板            142、第二LED141.Second substrate 142. Second LED

151、第一散热体          152、第二散热体151. Thefirst radiator 152. The second radiator

153、散热体              17、驱动器153.Radiator 17. Driver

18、导线                 2、3、4灯泡18.Wires 2, 3, 4 light bulbs

5、立灯                  6、台灯5. Standinglamp 6. Desk lamp

7、壁灯。7. Wall lamp.

具体实施方式Detailed ways

如附图5所示，本发明360°全射角之高照度LED灯泡1之第一较佳实施例：该灯泡1包含一透光灯座11、一透光灯罩12、一透光性支撑板112、一散热体153、一第一发光模组13及一第二发光模组14。该透光灯座11包含隔开的下端119与上端114，该透光灯座11的下端119安装一灯头10，该透光灯座11的上端114形成一开口19。该透光灯罩12结合在该透光灯座11之上端114且封闭该开口19使得该透光灯座11与该透光灯罩12共同界定一容室110，该容室110内部安装一驱动器17，该透光灯座11之上端114内壁环设一台阶111。该透光性支撑板112是架设在该台阶111上以受支持地设在该容室110内，该透光性支撑板112包含面向该透光灯罩12的上端面115及面向该灯头10的下端面116。As shown in Figure 5, the first preferred embodiment of the high-illuminance LEDlight bulb 1 with a 360° full-radiation angle of the present invention: thelight bulb 1 includes a light-transmittinglamp holder 11, a light-transmittinglampshade 12, and a light-transmitting support Theboard 112 , aradiator 153 , a firstlight emitting module 13 and a secondlight emitting module 14 . The light-transmittinglamp holder 11 includes alower end 119 and anupper end 114 . Thelower end 119 of the light-transmittinglamp holder 11 is mounted with alamp cap 10 . Theupper end 114 of the light-transmittinglamp holder 11 forms anopening 19 . Thetransparent lampshade 12 is combined with theupper end 114 of thetransparent lamp holder 11 and closes theopening 19 so that thetransparent lamp holder 11 and thetransparent lampshade 12 jointly define achamber 110, and adriver 17 is installed inside the chamber 110 Astep 111 is provided around the inner wall of theupper end 114 of the light-transmittinglamp holder 11 . Thetranslucent support plate 112 is erected on thestep 111 to be supported in thechamber 110, and thetranslucent support plate 112 includes anupper end surface 115 facing thetranslucent lampshade 12 and anupper end surface 115 facing thelamp cap 10.Lower end face 116 .

散热体153设在容室110内且受透光性支撑板112承载，散热体153包含面向透光灯罩12的上表面117及面向灯头10的下表面118。在本实施例中，散热体153包含位在透光性支撑板112之上端面115的第一散热体151及位在支撑板112之下端面116的第二散热体152，第一、第二散热体151、152可利用例如螺丝的固定件（未图示）结合在透光性支撑板112上。第一发光模组13具有一第一基板131以及数个设于该基板131上的第一LED（SMD/晶片）132，在本实施例中，第一基板131设于第一散热体151的上表面。第二发光模组14具有一设于该第二散热体152下端面的第二基板141以及数个设于该第二基板141上的第二LED（SMD/晶片）142，在本实施例中，第二基板141是设于该第二散热体152的下表面。再者，驱动器17是与第一、第二发光模组13、14利用导线18电性连接，使得第一LED132可受驱动而朝透光灯罩12投射光线且第二LED142可受驱动而朝透光灯座11投射光线。Theradiator 153 is disposed in thechamber 110 and supported by thetranslucent support plate 112 . Theradiator 153 includes anupper surface 117 facing the light-transmittinglampshade 12 and alower surface 118 facing thelamp holder 10 . In this embodiment, theradiator 153 includes afirst radiator 151 located on theupper end surface 115 of thetranslucent support plate 112 and asecond radiator 152 located on thelower end surface 116 of thesupport plate 112. The heat sinks 151 and 152 can be combined on the light-transmittingsupport plate 112 by using fixing members (not shown) such as screws. The first light-emittingmodule 13 has afirst substrate 131 and several first LEDs (SMD/chip) 132 arranged on thesubstrate 131. In this embodiment, thefirst substrate 131 is arranged on thefirst radiator 151. upper surface. The secondlight emitting module 14 has asecond substrate 141 disposed on the lower end surface of thesecond heat sink 152 and several second LEDs (SMD/chip) 142 disposed on thesecond substrate 141. In this embodiment , thesecond substrate 141 is disposed on the lower surface of thesecond heat sink 152 . Moreover, thedriver 17 is electrically connected with the first and second light-emittingmodules 13 and 14 bywires 18, so that thefirst LED 132 can be driven to project light toward the light-transmittinglampshade 12 and thesecond LED 142 can be driven to project light toward the light-transmittinglampshade 12.Light lamp holder 11 projects light.

如附图6所示，本发明360°全射角之高照度LED灯泡1之第二较佳实施例，其与该第一较佳实施例之差异在于，该透光性支撑板112之中心设有一孔洞113，该散热体153设在该透光性支撑板112之下端面116，第一基板131及第一LED132位在该散热体153的上表面，第二基板141及第二LED142位在该散热体153的下表面，第一基板131设于该透光性支撑板112的孔洞113内。As shown in accompanying drawing 6, the second preferred embodiment of the high-illuminance LEDlight bulb 1 of the present invention 360° full-radiation angle, its difference with the first preferred embodiment is that the center of the translucent support plate 112 Ahole 113 is provided, and theradiator 153 is arranged on thelower end surface 116 of thetranslucent support plate 112. Thefirst substrate 131 and the first LED132 are located on the upper surface of theradiator 153, and thesecond substrate 141 and the second LED142 are located on the upper surface of theradiator 153. On the lower surface of theradiator 153 , thefirst substrate 131 is disposed in thehole 113 of thetransparent support plate 112 .

如附图7所示，本发明360°全射角之高照度LED灯泡1之第三较佳实施例，其与该第二较佳实施例之差异在于，该第一基板131设于该透光性支撑板112之下端面116，且该第一LED132设于第一基板131上并对应设于该孔洞113内。As shown in accompanying drawing 7, the third preferred embodiment of the high-illuminance LEDlight bulb 1 with 360° full-radiation angle of the present invention differs from the second preferred embodiment in that thefirst substrate 131 is arranged on the transparent Thelower end surface 116 of theoptical support plate 112 , and thefirst LED 132 is disposed on thefirst substrate 131 and correspondingly disposed in thehole 113 .

如附图8所示，本发明360°全射角之高照度LED灯泡1之第四较佳实施例，其与该第二较佳实施例之差异在于，散热体153设于该透光性支撑板112的上端面115，散热体153之上、下表面分别设有第一基板131与第二基板141，第一、第二基板131、141上分别设有第一、第二LED132、142，该第二基板141对应设于该孔洞113内。As shown in accompanying drawing 8, the fourth preferred embodiment of the high-illuminance LEDlight bulb 1 of the present invention 360° full-radiation angle, its difference with the second preferred embodiment is that theradiator 153 is arranged on the light-transmitting Theupper end surface 115 of thesupport plate 112, the upper and lower surfaces of theradiator 153 are respectively provided with afirst substrate 131 and asecond substrate 141, and the first andsecond substrates 131 and 141 are respectively provided with first andsecond LEDs 132 and 142. , thesecond substrate 141 is correspondingly disposed in thehole 113 .

如附图9所示，本发明360°全射角之高照度LED灯泡1之第五较佳实施例，其与该第四较佳实施例之差异在于，该第二基板141设于该透光性支撑板112的上端面，且该第二LED142设于该第二基板141上并对应设于该孔洞113内。As shown in accompanying drawing 9, the fifth preferred embodiment of the high-illuminance LEDlight bulb 1 with 360° full-radiation angle of the present invention differs from the fourth preferred embodiment in that thesecond substrate 141 is arranged on the transparent The upper surface of theoptical support plate 112 , and thesecond LED 142 is disposed on thesecond substrate 141 and correspondingly disposed in thehole 113 .

如附图10所示，本发明360°全射角之高照度LED灯泡1之第六较佳实施例，其与上述较佳实施例之差异在于，由该第一基板131做为该透性支撑板（即将附图6的透光性支撑板112与第一基板131合为一体），第一基板131承载于该台阶111上，第一基板131上设有数个第一LED（SMD/晶片）132，散热体153位在第一基板131之下端面，第二基板141位于该散热体153的下表面，第二基板141上设有数个第二LED（SMD/晶片）142。As shown in Figure 10, the sixth preferred embodiment of the high-illuminance LEDlight bulb 1 with a 360° full-radiation angle of the present invention differs from the above-mentioned preferred embodiment in that thefirst substrate 131 is used as the transparent The support plate (that is, thetranslucent support plate 112 of FIG. 6 and thefirst substrate 131 are integrated), thefirst substrate 131 is carried on thestep 111, and several first LEDs (SMD/chip ) 132 , theradiator 153 is located on the lower end surface of thefirst substrate 131 , thesecond substrate 141 is located on the lower surface of theradiator 153 , and several second LEDs (SMD/chip) 142 are arranged on thesecond substrate 141 .

如附图11所示，本发明360°全射角之高照度LED灯泡1之第七较佳实施例，其与第六实施例之差异在于，由该第二基板141做为该透光性支撑板，第二基板141承载于该台阶111上，第二基板141上设有数个第二LED（SMD/晶片）142，散热体153位在第二基板141之上端面，第一基板131位于该散热体153的上表面，第一基板131上设有数个第一LED（SMD/晶片）132。As shown in Figure 11, the seventh preferred embodiment of the high-illuminance LEDlight bulb 1 with a 360° total incidence angle of the present invention differs from the sixth embodiment in that thesecond substrate 141 is used as the translucent The supporting plate, thesecond substrate 141 is carried on thestep 111, several second LEDs (SMD/chip) 142 are arranged on thesecond substrate 141, theradiator 153 is located on the end surface of thesecond substrate 141, thefirst substrate 131 is located Several first LEDs (SMD/chip) 132 are disposed on thefirst substrate 131 on the upper surface of theradiator 153 .

如附图12所示，本发明之投光示意图，藉由第一、第二发光模组13、14之第一、第二LED（SMD/晶片）132、142分别作上投射光A及下投射光B，并利用该上投射光A在该透光灯罩12形成的反射晕光，而构成介于上、下投射光A、B的侧投晕光C、D，进而形成360°全射角的投射晕光。As shown in Figure 12, the schematic diagram of the light projection of the present invention uses the first and second LEDs (SMD/chip) 132 and 142 of the first and secondlight emitting modules 13 and 14 as the upper projection light A and the lower projection light respectively. Projecting light B, and using the reflection halo formed by the upper projection light A in thetransparent lampshade 12 to form side projection halos C, D between the upper and lower projection lights A, B, and then form a 360° full projection Angular cast halo.

本发明之各较佳实施例之灯泡1适用装置于如附图13之立灯5、附图14之台灯6、附图15之壁灯7或床头灯上。附图16是显示本发明灯泡1使用于立灯5之投光示意图。Thebulb 1 of each preferred embodiment of the present invention is applicable to be installed on the standinglamp 5 as accompanying drawing 13, thedesk lamp 6 of accompanying drawing 14, thewall lamp 7 of accompanying drawing 15 or bedside lamp. Accompanying drawing 16 is a schematic diagram showing the light projection of thebulb 1 of the present invention used in a standinglamp 5 .

在前述说明书中，本创作仅是就特定实施例做描述，而依本创作的设计特征是可做多种变化或修改。所以，对于熟悉此项技艺人士可作明显替换与修饰，仍将并入本发明所主张的权利范围之内。In the foregoing specification, the invention is only described in terms of specific embodiments, and various changes or modifications can be made according to the design features of the invention. Therefore, those skilled in the art can make obvious substitutions and modifications, which will still be incorporated within the claimed scope of the present invention.

Claims (8)

1. the high illuminance LED bulb of 360 ° of full firing angles is characterized in that:

One printing opacity lamp socket comprises the lower end and the upper end that separate, and a lamp holder is installed in the lower end of this printing opacity lamp socket, and the upper end of this printing opacity lamp socket forms an opening, and a driver is installed in the inside of this printing opacity lamp socket;

One transparent lamp shade, this transparent lamp shade are combined in to hold and seal this opening on this printing opacity lamp socket and make this printing opacity lamp socket and this transparent lamp shade define a room jointly;

One gripper shoe, this gripper shoe are to be erected in this room, and this gripper shoe comprises towards the upper surface of this transparent lamp shade and towards the lower surface of this lamp holder;

One radiator, it is located in the room and carried by the light transmission gripper shoe, and radiator comprises towards the upper surface of transparent lamp shade and towards the lower surface of lamp holder;

One first illuminating module, it is located at the upper surface of this radiator and has at least one LED, and driver is to electrically connect with first illuminating module; And, one second illuminating module, it is located at the lower surface of this radiator and has at least one the 2nd LED, and driver is to electrically connect with second illuminating module.

2. the high illuminance LED bulb of 360 ° of full firing angles according to claim 1 is characterized in that: first illuminating module has one first substrate and is located at a LED on this substrate, and first substrate is located at the upper surface of this radiator; Second illuminating module has second substrate of being located at this radiator lower surface and is located at the 2nd LED on this second substrate, and second substrate is a lower surface of being located at this radiator.

3. the high illuminance LED bulb of 360 ° of full firing angles according to claim 1 is characterized in that: this gripper shoe is the light transmission gripper shoe, and end inwall ring is established a step on the printing opacity lamp socket, and this light transmission gripper shoe is erected on this step.

4. the high illuminance LED bulb of 360 ° of full firing angles according to claim 1, it is characterized in that: radiator comprises second radiator of first radiator and the position end face under gripper shoe of position end face on the light transmission gripper shoe, first substrate is located at the upper surface of first radiator, and second substrate is a lower surface of being located at this second radiator.

5. the high illuminance LED bulb of 360 ° of full firing angles according to claim 4 is characterized in that: this first substrate is to be integrated with the light transmission gripper shoe, makes this first substrate be installed on this step.

6. the high illuminance LED bulb of 360 ° of full firing angles according to claim 4 is characterized in that: this second substrate is to be integrated with the light transmission gripper shoe, makes this second substrate be installed on this step.

7. the high illuminance LED bulb of 360 ° of full firing angles according to claim 4 is characterized in that: this light transmission gripper shoe is provided with a hole, and first substrate is installed in this hole.

8. the high illuminance LED bulb of 360 ° of full firing angles according to claim 4 is characterized in that: this light transmission gripper shoe is provided with a hole, and second substrate is installed in this hole.

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