TWI408723B - Lamp - Google Patents
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- TWI408723B TWI408723B TW95119825A TW95119825A TWI408723B TW I408723 B TWI408723 B TW I408723B TW 95119825 A TW95119825 A TW 95119825A TW 95119825 A TW95119825 A TW 95119825A TW I408723 B TWI408723 B TW I408723B
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Description
本發明係關於一種具有無電極式(electrodeless)燈泡之燈。The present invention relates to a lamp having an electrodeless bulb.
電燈係通常包含白熱(incandescent)歐姆燈絲燈泡與適合的配件，或是通常具有用於激發其放電之電極的放電燈泡。合成的輻射係非恆為可見，於此情形，燈泡係內襯具有磷光(phosphorescent)材料以提供可見光。亦為習知的是：提供一種不具有電極且藉由施加外部輻射(尤其是：微波)以激發其之燈泡。The lamp system typically comprises an incandescent ohmic filament bulb and suitable fittings, or a discharge bulb that typically has electrodes for exciting its discharge. The synthesized radiation system is not always visible, in which case the bulb liner is provided with a phosphorescent material to provide visible light. It is also known to provide a bulb that does not have an electrode and that is excited by applying external radiation (especially: microwave).
該種運用微波源之燈泡係描述於美國專利第6,737,809號，其摘要係如後：一介電波導整合式電漿燈係具有一本體，其本質為由具有一介電常數為大於約2之至少一個介電材料所組成，且具有形狀與尺寸為俾使當一適當頻率的微波能量係耦接至本體，本體係共振於至少一個共振模式。定位於本體之內的一腔部之一燈泡係含有一氣體填料(fill)，其當接收自該共振的本體之能量而形成一發光電漿。Such a bulb utilizing a microwave source is described in U.S. Patent No. 6,737,809, the disclosure of which is incorporated herein by reference in its entirety in its entirety in the the the the the the the the the the the the the the the the the the the the The dielectric material is composed of a dielectric material having a shape and size such that when a microwave energy system of a suitable frequency is coupled to the body, the system resonates in at least one resonance mode. One of the bulbs positioned within the body contains a gas fill that forms a luminescent plasma when received from the resonant body.
於該件’809專利，該燈泡係藉由以密封於腔部之上的一窗部而包圍該腔部，該窗部係包圍氣體填料。該種燈泡係不易於製造。In the '809 patent, the bulb surrounds the cavity by sealing a window portion that surrounds the cavity, the window surrounding the gas fill. This type of bulb is not easy to manufacture.
於本申請人在西元2005年12月23日提出之國際專利申請案第PCT/GB2005/005080號係描述一種無電極式白熱燈泡之製造，該種燈泡係包含：一長度之圓柱狀的石英管；跨於該長度之管的末端閉合/密封；末端閉合/密封之拋光的橫向表面；及，一填充之可激發的材料。International Patent Application No. PCT/GB2005/005080, filed on Dec. 23, 2005, to the present application, describes the manufacture of an electrodeless white heat bulb comprising: a length of cylindrical quartz tube The end of the tube that is closed/sealed across the length; the polished, laterally closed/sealed surface; and a filled, excitable material.
於此說明書，此種燈泡係稱為“本案的石英無電極式燈泡(Our Quartz Electrodeless Bulb)”。In this specification, such a bulb is referred to as "Our Quartz Electrodeless Bulb".
本發明係特別適用於“本案的石英無電極式燈泡”，但是可預期其運用於其他的燈泡。The present invention is particularly applicable to the "quartz electrodeless bulb of the present invention", but it is expected to be applied to other bulbs.
本發明之目的係提出其運用“本案的石英無電極式燈泡”之一種改良式燈。The object of the present invention is to provide an improved lamp using the "quartz electrodeless bulb of the present invention".
根據本發明，一種燈係提出，其具有一無電極式燈泡，該種燈係包含：一驅動裝置，適以驅動至少二個天線；一陶瓷波導；至少二個各自的空隙(void)，接納該等天線於該波導；及，於該波導之一中央空隙，用於接納該燈泡，相等隔開自該等天線空隙，該中央空隙係具有：一實體的開口，透過於其，光線係可通過自該燈泡且離開該波導。According to the present invention, a lamp system is provided having an electrodeless bulb, the lamp comprising: a driving device adapted to drive at least two antennas; a ceramic waveguide; at least two respective voids, receiving The antenna is in the waveguide; and a central gap in the waveguide is for receiving the bulb, equally spaced from the antenna gap, the central void has a solid opening through which the light is Pass through the bulb and leave the waveguide.
於本發明之較佳燈，該燈泡係“本案的石英無電極式燈泡”之一者。In the preferred lamp of the present invention, the bulb is one of "the quartz electrodeless bulb of the present invention".
已經得知的是：可運用接線式天線或其他形狀的天線終端，特別是具有如同燈泡之相同規模大小的橫截面尺寸之彼等者、以及僅為較小直徑之接線。舉例而言，天線係可具有球形或圓柱形的終端。天線之接近端係較佳為線狀以供焊接連接於一電路板。It has been known that wired antennas or other shaped antenna terminations can be utilized, particularly those having the same cross-sectional dimensions as the bulbs, and only minor diameter wires. For example, the antenna system can have a spherical or cylindrical termination. The proximal end of the antenna is preferably linear for soldering to a circuit board.
該等燈泡空隙與天線空隙係較佳為圓柱形。The bulb gaps and antenna gaps are preferably cylindrical.
較佳實施例中設置二個天線，自一個天線空隙至另一者的方向之該波導的長度係四分之一個波長，且天線係自該波導的最近端以及自該中央的燈空隙之八分之一個波長。已經得知的是：此為緊密式，而且造成的燈係有效。儘管可預期其他的形狀，其為對稱相對於燈泡，諸如：圓形或橢圓形以供反射輻射返回朝向該燈，本案之較佳的波導係矩形，其末端係垂直於該等天線為配置於其之中央平面。In the preferred embodiment, two antennas are provided, the length of the waveguide from one antenna gap to the other is a quarter of a wavelength, and the antenna is from the nearest end of the waveguide and the gap from the center of the lamp One eighth of the wavelength. It has been known that this is compact and the resulting lamp system is effective. Other shapes are contemplated, which are symmetrical with respect to the bulb, such as a circular or elliptical shape for the reflected radiation to return toward the lamp, the preferred waveguide of the present invention being rectangular, the ends of which are disposed perpendicular to the antennas. Its central plane.
作為二個天線之一個替代者，可預期的是：三個天線之運用於波導，此等天線係環繞燈泡而相等徑向間隔。於該種配置，可預期的是：該波導為圓形的橫截面且為置中於燈泡空隙。As an alternative to the two antennas, it is expected that three antennas will be used for the waveguides, which are equally spaced radially around the bulb. In this configuration, it is contemplated that the waveguide has a circular cross section and is centered in the bulb gap.
儘管預期的是可能為提供微波振盪器與放大器電路於其鄰接該波導之一印刷電路板，較佳而言：提供該振盪器與放大器電路於其為遠離自該燈且由一引線所連接至其之一微波驅動器，以及提供僅為於電路板之一分離(splitter)電路。Although it is contemplated that it is possible to provide a microwave oscillator and an amplifier circuit adjacent to one of the waveguides of the printed circuit board, preferably, the oscillator and amplifier circuit are provided away from the lamp and connected by a lead to One of the microwave drivers, as well as providing a splitter circuit that is only one of the boards.
因此，根據本發明之一特別較佳特徵，該種驅動裝置係包括一印刷電路板，其載有分離電路，該電路係一導電軌道，其具有：針對於自一微波驅動器的一纜線之一輸入連接；一共同部分；及，對於該二個天線之二個輸出連接的一分叉點。Therefore, in accordance with a particularly preferred feature of the invention, the drive device includes a printed circuit board carrying a separation circuit, the circuit being a conductive track having a cable for a microwave drive An input connection; a common portion; and a bifurcation point for the two output connections of the two antennas.
該分割電路係分割微波能量成為二個同相位的部分，以供驅動該等天線於同相位。The dividing circuit divides the microwave energy into two in-phase portions for driving the antennas in phase.
較佳實施例中，該分離電路具有自該纜線的一輸入連接與天線之間的一反射元件，以供反射回朝向自該等天線及/或輸出連接所反射的天線能量本身。In a preferred embodiment, the separation circuit has a reflective element from an input connection of the cable to the antenna for reflection back toward the antenna energy itself reflected from the antenna and/or output connection.
參考第1至5圖，具有一石英無電極式燈泡2之一種燈1係具有一陶瓷波導3，波導3係具有燈泡為容納於其之一中央空隙4。該波導係矩形。該中央空隙係置中於波導之一中央縱向平面5，垂直於波導之正與背面6、7，且相等為隔開自端面8、9。個別天線14、15之另外二個空隙11、12係平行於中央空隙且位於中央平面。中央空隙係經由正面開口以供光線進入，而天線空隙係於此面開口。後者係金屬化16，以禁止自該波導的微波能量進入。Referring to Figures 1 through 5, a lamp 1 having a quartz electrodeless bulb 2 has a ceramic waveguide 3 having a bulb for receiving a central void 4 therein. The waveguide is rectangular. The central void is centered in a central longitudinal plane 5 of the waveguide, perpendicular to the front and back sides 6, 7 of the waveguide, and equally spaced from the end faces 8, 9. The other two voids 11, 12 of the individual antennas 14, 15 are parallel to the central void and are located in the central plane. The central void is open through the front side for light to enter, while the antenna gap is open to the surface. The latter is metallized 16 to inhibit the ingress of microwave energy from the waveguide.
於其二端面8、9之間的長度，波導係半個波長，即：其傳播為自天線至燈泡之微波輻射的波長之一半者。典型而言，微波頻率係2.4 GHz且具有80 MHz的頻寬，波長係68.6毫米且於端面之間的長度係34.3毫米。天線空隙係自該中央空隙與端面為相等間隔，即：自各者的八分之一個波長。此間距係顯示於第4圖。At the length between its two end faces 8, 9, the waveguide is half a wavelength, that is, it propagates one-half of the wavelength of the microwave radiation from the antenna to the bulb. Typically, the microwave frequency is 2.4 GHz and has a bandwidth of 80 MHz with a wavelength of 68.6 mm and a length between the end faces of 34.3 mm. The antenna gap is equally spaced from the central void and the end face, i.e., one-eighth of the wavelength from each. This spacing is shown in Figure 4.
該燈泡係典型為直徑6.0毫米且因此其空隙為一間隙(clearance)直徑，即：6.3毫米。天線14、15係具有直徑為自我支撐於燈之製造期間內的銅線，典型為1.5毫米之直徑。天線空隙係於內徑為2.0毫米。The bulb is typically 6.0 mm in diameter and therefore its void is a clearance diameter, ie 6.3 mm. The antennas 14, 15 have copper wires that are self-supporting during the manufacture of the lamp, typically 1.5 mm in diameter. The antenna gap is 2.0 mm in inner diameter.
於該裝置之前方係安裝一光導(light guide)G，其未構成本發明之部分。一印刷電路板21係位在波導之後方。其與波導係均為容納於一金屬殼體H，其僅為顯示於部分的輪廓。該殼體係維持該波導3與電路板於其相對位置，該殼體亦包圍電路板及提供一屏蔽以免於微波輻射之洩漏。A light guide G is mounted in front of the device, which does not form part of the invention. A printed circuit board 21 is tied behind the waveguide. Both of the waveguide and the waveguide are housed in a metal housing H, which is only shown in the outline of the portion. The housing maintains the waveguide 3 in a relative position with the circuit board, the housing also surrounding the circuit board and providing a shield from leakage of microwave radiation.
該電路板係載有一銅軌道22，其概括為Y形且具有一輸入端23與一對之輸出端24。其構成為如同一種威爾金森(Wilkinson)分割器(splitter)，除了該種分割器為具有跨接其輸出端的一負載之外。於本發明，不具有其連接該等輸出端之單一個構件，該等天線係藉著介電材料之波導與於其間的燈泡而連接至輸出端。該等輸出端係藉由焊錫而連接至接線天線14、15。軌道22係設置於其遠離波導之板21的側面。一熱絕緣板25係設置於波導與板之間，若無其，天線空隙11、12係將為打開至電路板。如圖所示，絕緣板係定位該等接線天線14、15於朝向該板之其通路。其為位在於相反的方向，藉由其空隙之末端26於波導。The board carries a copper track 22 that is generally Y-shaped and has an input end 23 and a pair of output ends 24. It is constructed like a Wilkinson splitter, except that the splitter has a load that spans its output. In the present invention, there is no single component that connects the outputs, and the antennas are connected to the output by a waveguide of a dielectric material and a bulb therebetween. The outputs are connected to the patch antennas 14, 15 by soldering. The track 22 is disposed on the side of the plate 21 away from the waveguide. A thermal insulation plate 25 is disposed between the waveguide and the plate. If not, the antenna gaps 11, 12 will be opened to the circuit board. As shown, the insulating sheets position the wiring antennas 14, 15 in their path toward the board. It is in the opposite direction, with the end 26 of its gap being in the waveguide.
分割電路之輸入端係具有一習用的微波電路連接器27，針對於自一遠端驅動電路29之一纜線28，驅動電路29係納入一振盪器與一放大器(未顯示)。The input of the split circuit has a conventional microwave circuit connector 27 for driving a circuit 28 from a remote drive circuit 29 to incorporate an oscillator and an amplifier (not shown).
沿著分割電路之柄部(stem)30的旁邊係設置多個小的調整點(tuning spot)31，其可為連接至柄部以隨著需要而調整之焊錫。再者，柄部之側向係提供一對之耳部(ear)32，其定位以調整該電路之阻抗且指引返回朝向其反射自輸出端24與天線的天線微波能量。於耳部32與輸出端24之間，電路係以寬度36而步進。此係亦為一局部阻抗調整特徵。A plurality of small tuning spots 31 are provided along the side of the stem 30 of the splitting circuit, which may be solder that is attached to the handle to adjust as needed. Furthermore, the lateral direction of the handle provides a pair of ears 32 that are positioned to adjust the impedance of the circuit and direct the return of microwave energy toward the antenna that is reflected from the output 24 and the antenna. Between the ear 32 and the output 24, the circuitry is stepped by a width 36. This system is also a partial impedance adjustment feature.
該分割電路之長度係一個波長，實際的長度係由電路為沉積於其上的板21之材料的介電常數所影響。The length of the splitting circuit is one wavelength, and the actual length is affected by the dielectric constant of the material of the board 21 on which the circuit is deposited.
本發明係無意為限制於上述的實施例之細節。舉例而言，第6圖係顯示由球形34、35所取代之接線天線14、15。第7圖係顯示碟形54、55之另一個替代的天線架構。再者，第9圖係顯示天線64、65，其為具有閉合端67之中空金屬圓柱66，閉合端67之背面一者係具有一中央連接線68。該等圓柱係直徑為稍微較小於燈泡，即：4.5毫米，如同該燈泡之相同直徑，天線空隙為直徑4.75毫米。The present invention is not intended to be limited to the details of the embodiments described above. For example, Figure 6 shows the patch antennas 14, 15 replaced by spheres 34, 35. Figure 7 shows another alternative antenna architecture for the dish shapes 54, 55. Further, Fig. 9 shows antennas 64, 65 which are hollow metal cylinders 66 having closed ends 67 and a back side of closed ends 67 having a central connecting line 68. The cylindrical system is slightly smaller in diameter than the bulb, i.e., 4.5 mm, as the same diameter of the bulb, and the antenna gap is 4.75 mm in diameter.
再者，第8與9圖係顯示針對於光線離開燈泡之一個替代配置。鑒於第一實施例，光線係縱向自其遠離電路板21之一末端33而離開燈泡；於第8與9圖之實施例，燈泡61係配置以供光線為側向離開自一側邊62。再者，不同於第一實施例，用於燈泡之中央空隙63係配置為平行於電路板，令該燈泡為置於一盲端69與一插頭70之間。波導係具有一槽狀的開口71於其遠離電路板之側邊，透過於其，來自燈泡之光線係可離開該燈泡而朝向一準直器C。Again, Figures 8 and 9 show an alternative configuration for the light to exit the bulb. In view of the first embodiment, the light is longitudinally separated from the bulb from one end 33 of the circuit board 21; in the embodiment of Figures 8 and 9, the bulb 61 is configured to laterally exit the side 62 from the light. Moreover, unlike the first embodiment, the central void 63 for the bulb is configured to be parallel to the circuit board such that the bulb is placed between a blind end 69 and a plug 70. The waveguide system has a slot-like opening 71 on its side away from the board through which light from the bulb can exit the bulb towards a collimator C.
第10圖係顯示另一個實施例，其納入前二個實施例之配置以及光線為自燈泡的二端而離開燈泡之再一個配置。再者，燈泡81係配置於其平行於電路板之一中央空隙83。然而，不同於第8與9圖之配置，該空隙係開口於波導之相對側84、85，即：延伸為遠離電路板之二側。此外，於前端面，波導係具有一開口86。因此，光線係可為以三個方向而離開燈泡。欲收集光線且使其為準直，準直器C係具有：．一漸縮部分87與平坦光線入口88，以集中自槽部86與燈泡之側面89的光線；以及．二個分支90、91與平坦光線入口92、93，其相對於燈泡之邊緣94、95。該等分支係具有傾斜的平坦部96、97，以隨著光線為側向離開經由槽部86而調整其軸向離開燈泡之光線為於概括相同方向。Figure 10 shows another embodiment incorporating the configuration of the first two embodiments and the arrangement of light leaving the bulb from the two ends of the bulb. Furthermore, the bulb 81 is disposed parallel to a central void 83 of the circuit board. However, unlike the configurations of Figures 8 and 9, the gaps are open on opposite sides 84, 85 of the waveguide, i.e., extending away from the two sides of the board. Further, on the front end face, the waveguide has an opening 86. Therefore, the light system can leave the bulb in three directions. To collect and collimate the light, the collimator C has: a tapered portion 87 and a flat light entrance 88 for concentrating light from the groove portion 86 and the side 89 of the bulb; The two branches 90, 91 and the flat light entrances 92, 93 are opposite the edges 94, 95 of the bulb. The branches have inclined flat portions 96, 97 to adjust the direction of the light away from the bulb with the light passing laterally through the groove portion 86 to summarize the same direction.
該準直器係結合自此等三個路徑之光線而成為單一束。The collimator combines light from three paths to form a single beam.
第11圖係顯示一個本質類似的實施例，除了燈泡101與中央空隙103之方位為調整回到第一實施例者。於燈泡之側面的槽部104係面對為平行於印刷電路板。於燈泡之末端的一個開口105係面對為遠離該板而另一個開口106係對齊於電路板與絕緣板之開口107、108，藉此，以此個方向而離開燈泡之光線係通過諸板至準直器之分支109。該準直器係具有如同第10圖之準直器的相同架構。Figure 11 shows an essentially similar embodiment except that the orientation of the bulb 101 and the central void 103 is adjusted back to the first embodiment. The groove portion 104 on the side of the bulb faces parallel to the printed circuit board. An opening 105 at the end of the bulb faces away from the plate and the other opening 106 is aligned with the openings 107, 108 of the circuit board and the insulating plate, whereby the light exiting the bulb in this direction passes through the plates To the branch 109 of the collimator. The collimator has the same architecture as the collimator of Figure 10.
1．．．燈1. . . light
2．．．無電極式燈泡2. . . Electrodeless bulb
3．．．陶瓷波導3. . . Ceramic waveguide
4．．．波導3之中央空隙4. . . Central gap of waveguide 3
5．．．波導3之中央縱向平面5. . . Central longitudinal plane of the waveguide 3
6．．．波導3之正面6. . . The front of the waveguide 3
7‧‧‧波導3之背面7‧‧‧The back of the waveguide 3
8、9‧‧‧波導3之端面8, 9‧‧‧End of the waveguide 3
11、12‧‧‧空隙11, 12 ‧ ‧ gap
14、15‧‧‧天線14, 15‧‧‧ Antenna
16‧‧‧金屬化16‧‧‧metallization
21‧‧‧印刷電路板21‧‧‧Printed circuit board
22‧‧‧銅軌道22‧‧‧ copper track
23‧‧‧輸入端23‧‧‧ input
24‧‧‧輸出端24‧‧‧ Output
25‧‧‧熱絕緣板25‧‧‧Hot insulation board
26‧‧‧末端End of 26‧‧‧
27‧‧‧微波電路連接器27‧‧‧Microwave circuit connector
28‧‧‧纜線28‧‧‧ Cable
29‧‧‧驅動電路29‧‧‧Drive circuit
30‧‧‧柄部30‧‧‧ handle
31‧‧‧調整點31‧‧‧ adjustment point
32‧‧‧耳部32‧‧‧ Ears
33‧‧‧末端End of 33‧‧‧
34、35‧‧‧球形34, 35‧ ‧ sphere
36‧‧‧寬度36‧‧‧Width
54、55‧‧‧碟形54, 55‧‧‧ dish
61‧‧‧燈泡61‧‧‧Light bulb
62‧‧‧側邊62‧‧‧ side
63．．．中央空隙63. . . Central gap
64、65．．．天線64, 65. . . antenna
66．．．圓柱66. . . cylinder
67．．．閉合端67. . . Closed end
68．．．中央連接線68. . . Central connection line
69．．．盲端69. . . Blind end
70．．．插頭70. . . plug
71．．．開口71. . . Opening
81．．．燈泡81. . . light bulb
83．．．中央空隙83. . . Central gap
84、85．．．波導之相對側84, 85. . . Opposite side of the waveguide
86．．．開口(槽部)86. . . Opening (groove)
87．．．漸縮部分87. . . Tapered part
88．．．平坦光線入口88. . . Flat light entrance
89．．．燈泡之側面89. . . Side of the bulb
90、91．．．分支90, 91. . . Branch
92、93．．．平坦光線入口92, 93. . . Flat light entrance
94、95．．．燈泡之邊緣94, 95. . . The edge of the bulb
96、97．．．傾斜的平坦部96, 97. . . Tilted flat
101．．．燈泡101. . . light bulb
103．．．中央空隙103. . . Central gap
104．．．槽部104. . . Groove
105、106．．．開口105, 106. . . Opening
107、108．．．開口107, 108. . . Opening
109．．．分支109. . . Branch
C．．．準直器C. . . Collimator
G．．．光導G. . . The light guide
H．．．金屬殼體H. . . Metal housing
欲有助於本發明之瞭解，其一個特定實施例係將藉由舉例且參照伴隨的圖式而描述，其中：第1圖係根據本發明之一種無電極式燈泡裝置的立體圖，顯示一波導與用於一分割電路之一印刷電路板；第2圖係第1圖之裝置的橫截面側視圖，該截面為於平面II－II，如於第3與4圖所示；第3圖係該裝置於其顯示於第1圖所示之箭頭III－III的方向之中央平面的橫截面端視圖，亦包括一殼體與其未顯示於其他圖式之一光線準直器；第4圖係該裝置於第2圖之線IV－IV的橫截面平面圖；第5圖係該裝置之等效的底視圖；第6圖係類似於第3圖的視圖，顯示一種替代的天線架構；第7圖係另一個類似的視圖，顯示另一種替代的天線架構；第8圖係類似於第2圖的視圖，但是其取得為透過本發明之一第二種燈；第9圖係第二種燈之類似於第3圖的視圖；第10圖係本發明之一第三種燈之類似於第8圖的視圖；及第11圖係本發明之一第四種燈之又一個類似的視圖。In order to facilitate the understanding of the present invention, a specific embodiment thereof will be described by way of example and with reference to the accompanying drawings in which: FIG. 1 is a perspective view of an electrodeless bulb device according to the present invention, showing a waveguide And a printed circuit board for one of the divisional circuits; Figure 2 is a cross-sectional side view of the apparatus of Figure 1, which is in plane II-II, as shown in Figures 3 and 4; The cross-sectional end view of the device in its central plane shown in the direction of arrows III-III shown in Fig. 1 also includes a housing and a light collimator not shown in other figures; Fig. 4 A cross-sectional plan view of the device in line IV-IV of Figure 2; Figure 5 is an equivalent bottom view of the device; Figure 6 is a view similar to Figure 3, showing an alternative antenna architecture; The figure is another similar view showing another alternative antenna architecture; Figure 8 is a view similar to Figure 2, but taken as one of the second lamps of the present invention; Similar to the view of Fig. 3; Fig. 10 is a third lamp similar to the present invention Figure 8 is a view; FIG line 11 and a second similar view of a fourth lamp of the present invention is one.
1．．．燈1. . . light
2．．．無電極式燈泡2. . . Electrodeless bulb
3．．．陶瓷波導3. . . Ceramic waveguide
4．．．波導3之中央空隙4. . . Central gap of waveguide 3
5．．．波導3之中央縱向平面5. . . Central longitudinal plane of the waveguide 3
6．．．波導3之正面6. . . The front of the waveguide 3
8．．．波導3之端面8. . . End face of waveguide 3
21．．．印刷電路板twenty one. . . A printed circuit board
28．．．纜線28. . . Cable
Claims (8)
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US68728005P | 2005-06-03 | 2005-06-03 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW200707504A TW200707504A (en) | 2007-02-16 |
| TWI408723B true TWI408723B (en) | 2013-09-11 |
Family
ID=49626749
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW95119825A TWI408723B (en) | 2005-06-03 | 2006-06-05 | Lamp |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWI408723B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5570068A (en) * | 1995-05-26 | 1996-10-29 | Hughes Aircraft Company | Coaxial-to-coplanar-waveguide transmission line connector using integrated slabline transition |
| TW430855B (en) * | 1997-11-28 | 2001-04-21 | Matsushita Electric Ind Co Ltd | A high-frequency energy supply means, and a high-frequency electrodeless discharge lamp device |
| US6313587B1 (en) * | 1998-01-13 | 2001-11-06 | Fusion Lighting, Inc. | High frequency inductive lamp and power oscillator |
| US6737809B2 (en) * | 2000-07-31 | 2004-05-18 | Luxim Corporation | Plasma lamp with dielectric waveguide |
| US20050057158A1 (en) * | 2000-07-31 | 2005-03-17 | Yian Chang | Plasma lamp with dielectric waveguide integrated with transparent bulb |
-
2006
- 2006-06-05 TW TW95119825A patent/TWI408723B/en not_active IP Right Cessation
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5570068A (en) * | 1995-05-26 | 1996-10-29 | Hughes Aircraft Company | Coaxial-to-coplanar-waveguide transmission line connector using integrated slabline transition |
| TW430855B (en) * | 1997-11-28 | 2001-04-21 | Matsushita Electric Ind Co Ltd | A high-frequency energy supply means, and a high-frequency electrodeless discharge lamp device |
| US6313587B1 (en) * | 1998-01-13 | 2001-11-06 | Fusion Lighting, Inc. | High frequency inductive lamp and power oscillator |
| US6737809B2 (en) * | 2000-07-31 | 2004-05-18 | Luxim Corporation | Plasma lamp with dielectric waveguide |
| US20050057158A1 (en) * | 2000-07-31 | 2005-03-17 | Yian Chang | Plasma lamp with dielectric waveguide integrated with transparent bulb |
Also Published As
| Publication number | Publication date |
|---|---|
| TW200707504A (en) | 2007-02-16 |
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| MM4A | Annulment or lapse of patent due to non-payment of fees |