TWM381978U - Diode array lamp circuit structure with 100% electric conduction - Google Patents

Diode array lamp circuit structure with 100% electric conduction Download PDF

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Publication number
TWM381978U
TWM381978U TW98218506U TW98218506U TWM381978U TW M381978 U TWM381978 U TW M381978U TW 98218506 U TW98218506 U TW 98218506U TW 98218506 U TW98218506 U TW 98218506U TW M381978 U TWM381978 U TW M381978U
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TW
Taiwan
Prior art keywords
diode
negative
positive
circuit structure
full
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Application number
TW98218506U
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Chinese (zh)
Inventor
Han-Yang Ye
Shan-Bo Ye
Original Assignee
Han-Yang Ye
Shan-Bo Ye
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Application filed by Han-Yang Ye, Shan-Bo Ye filed Critical Han-Yang Ye
Priority to TW98218506U priority Critical patent/TWM381978U/en
Publication of TWM381978U publication Critical patent/TWM381978U/en

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Description

M381978 五、新型說明: 【新型所屬之技術領域】 本創作係有關一種換裝於傳統日光燈燈座之二極體燈管,尤指一 種無需修改原傳統日光燈燈座電路或元件,提供吾人在任一方位組 合,可得到全機率將燈座電力,有效導入二極體燈管。 【先前技術】 由於採二極體發光晶粒所激發之光束具有夾角規範之指向性,它 可將流明集中,使單位被照面積集結輝度,以及因指向作用,其光程 截面光岔度可集結較大,提供單位面積光照滿足,因此被廣泛採用於 具指向性的照明應用,如桌面閱讀照明,或天頂對地投光,如傳統瑩 光效應之日紐組,它賊於天花板以對地板泛射㈣,在相同的耗 =率Γ二極體晶粒之光束投出具有指向性而得光密度集結,使在 相等=積下,—極體晶粒的功率需求可較低於 燈已有明顯被取代的趨勢。 且 ^ ^ 由於即有設備再綠符合經 極體燈管的換裝,業界將二極體晶粒 =有 仿傳統日光燈管,利便新的二極體 s卜觀尺纟4成相 傳統燈座可延續使用。 五s換置在傳統的日光燈燈座,使 為了延續傳統燈座使用, 統曰光燈管外,換裝組合的操作習慣及 性考量,成為換裝操作基準。 〃"也王納入為慣 目前市售提供換裝於傳統 有二接頭Π)、20,—整流電路3◦及二的燈:’如第1圖所示’具 二極體D9、Dl〇、Dll、D12,$ _ J; S 〇,·且成。該整流電路具有 極體D1Q負端與二極體洲正端連結, M381978 ”兹一極體])12正端與二極體则 體Dll正端連結,命_技骑ηι τ為連結,该二極體D12負端與二極 D12負端與二極體二端 ^與二極體D"端連結。由二極體 二極_負端與二極㈣正^f 輸出端奶連結,該 該二極體DU負端與二極體D9負;5 = 10的輸出端廳連結。 AC5、AC6輸入,從圖中可看到,^ ^的火線L和零線N,只能從 極只能接單-的N或L,不能—個接N 一:=極相短接得來的,這兩個電 果燈座的接法和圖中不一致就會產生 ===座如 予以電路修財能得恥_輯性。 綠㊉拆㈣傳統燈座, 齡專利第M351980號揭露燈管電接頭為無極性之主張,依 H t ’貫施換裝時’必需先行修改傳統日光燈座的内部元件及電 原有啟動器’再將啟動器端子修改為導通狀(by pass),否 m:?路’另由於該燈管的整流電路僅依據二端子進出電流, 在燈s另-^⑽子即無負載作用,該案雖提出無極性限制之克服,但 換裝在傳統日光燈座先前,必需紐修改原燈座的電路佈局,非專 或相關熟检技術者無法實施。 〃 【新型内容】 本案主要是提供換裝新的二極體燈管,只要有傳統日光燈管換裝經 驗的人皆可輕易達成換置,過程中無需修改傳統燈座的内部電路或元件, 且燈管二端的接點不受方位限制,在任何換裝操作機率,皆可得到合理的 邏輯導入電力驅動二極體激光為本創作主要目的。 σ 、 本創作再一目的,在於利用二組無極性整流電路與該燈管整合, 以因應傳統燈官座接法不一而設計,同時也可避免燈管燒壞。 4M381978 V. New Description: [New Technology Field] This creation is about a diode lamp that is replaced with a traditional fluorescent lamp holder, especially one that does not need to modify the circuit or components of the original fluorescent lamp holder. The combination of orientation can obtain the full power of the lamp holder power and effectively introduce the diode lamp. [Prior Art] Since the beam excited by the luminescent crystal of the dipole has the directivity of the angle specification, it can concentrate the lumen, make the unit illuminated area gather the luminance, and the optical path cross-section can be caused by the pointing action. Large assembly, providing unit area illumination, so it is widely used in directional lighting applications, such as desktop reading lighting, or zenith to the ground, such as the traditional fluorescent effect of the New Zealand group, it is in the ceiling Floor flooding (4), at the same power consumption rate, the beam of the diode grain is thrown with directivity and optical density is concentrated, so that under equal=product, the power requirement of the polar body die can be lower than that of the lamp. There has been a clear trend of being replaced. And ^ ^ Since the equipment is green again in line with the replacement of the polar tube, the industry will be a diode crystal = imitation of the traditional fluorescent tube, to facilitate the new diode s 观 纟 纟 成 4 into the traditional lamp holder Can be used continuously. The five s is replaced by a traditional fluorescent lamp holder, so that in order to continue the use of the traditional lamp holder, the operation habits and considerations of the reloading combination outside the twilight tube become the benchmark for the reloading operation. 〃" also included in the current market for the replacement of the traditional two-connected Π), 20, - rectifier circuit 3 ◦ and two lamps: 'As shown in Figure 1 'with diode D9, Dl 〇 , Dll, D12, $ _ J; S 〇, · and. The rectifier circuit has a pole D1Q negative end connected to a diode body positive end, M381978 "one pole body]) 12 positive end and a diode body body D11 positive end connection, the life _ technology ride ηι τ is a link, the The diode D12 negative terminal and the two-pole D12 negative terminal and the diode two-terminal ^ and the diode D" end are connected by the diode dipole _ negative terminal and the two-pole (four) positive ^f output terminal milk, the The negative terminal of the diode DU is negative with the diode D9; the output terminal of 5 = 10 is connected. AC5, AC6 input, as can be seen from the figure, the fire line L and the zero line N of ^ ^ can only be from the pole only Can receive the single-N or L, can not be connected to a N: = pole phase short-circuited, the connection between the two electric fruit holders and the figure will be inconsistent === seat to be repaired Financial shame _ series. Green ten demolition (four) traditional lamp holder, age patent No. M351980 revealed that the lamp connector is non-polar, according to H t 'performed change' must first modify the interior of the traditional fluorescent lamp holder The component and the electric original starter 'rename the starter terminal to be turned on (by pass), no m:? road' and because the rectifier circuit of the lamp only depends on the two terminals in and out of the current, the lamp s another -^(10) The sub-load is no load. Although the case proposes the elimination of the non-polarity limit, it is necessary to modify the circuit layout of the original lamp holder before the conventional fluorescent lamp holder. The non-special or related inspection technology cannot be implemented. 〃 [New content 】 This case is mainly to provide a new diode lamp replacement, as long as the traditional fluorescent tube replacement experience can easily be replaced, the process does not need to modify the internal circuit or components of the traditional lamp holder, and the two ends of the lamp The contact point is not limited by the orientation. In any reloading operation probability, a reasonable logic can be obtained to drive the electric drive diode laser for the main purpose of the creation. σ, another purpose of this creation is to use two sets of non-polarity rectifier circuits and The lamp tube is integrated to meet the traditional lamp seat connection method, and the lamp tube burnout can be avoided.

Claims (1)

9f. 3. 3 年月 M381978 .1 .s 六、申請專利範圍: 1、 一種全機率導電之二極體燈管電路結構,包括: 一組接頭,係由第一及第二接頭組成,該第一及第二接頭各具有 一插接腳及二輸出端; 一組無極性整流電路,係由第一及第二無極性整流電路組成,該 第一無極性整流電路的輸入端與該第一接頭的輸出端電性連結,該第 二無極性整流電路的輸入端與該第二接頭的輸出端電性連結;9f. 3. 3 years M381978 .1 .s VI. Patent application scope: 1. A full-caliber conductive diode lamp circuit structure, comprising: a set of joints, consisting of first and second joints, The first and second connectors each have a plug pin and two output terminals; a set of non-polarity rectifying circuits are composed of first and second non-polarity rectifying circuits, and the input end of the first non-polarity rectifying circuit and the first An output end of a connector is electrically connected, and an input end of the second polarity-free rectifier circuit is electrically connected to an output end of the second connector; 該燈管,係由一激光裝置及一管體組成,以該激光裝置的兩端別 與該第一及第二無極性整流電路電性連接。 2、 如申請專利範圍第1項所述之全機率導電之二極體燈管電路結 構,其中,該激光裝置係由複數發光二極體序列組成。 3、 如申請專利範圍第1項所述之全機率導電之二極體燈管電路結 構,其中,該管體為具折射能力。 4、 如申請專利範圍第1項所述之全機率導電之二極體燈管電路結 構,其中,該第一無極性整流電路的第二二極體負端與第一二極體正 端連結,該第二二極體正端與第四二極體正端連結,該第四二極體負 端與第三二極體正端連結,該第三二極體負端與第一二極體負端連結。 5、 如申請專利範圍第4項所述之全機率導電之二極體燈管電路結 構,其中,該第四二極體負端與第三二極體正端連結處與該第一接頭 的輸出端(AC1)連結,該第二二極體負端與第一二極體正端連結處與第 一接頭的輸出端(AC2)連結。 6、 如申請專利範圍第5項所述之全機率導電之二極體燈管電路結 構,其中,該第二無極性整流電路的第八二極體負端與第七二極體正 端連結,該第八二極體正端與第六二極體正端連結,該第六二極體負 端與第五二極體正端連結,該第五二極體負端與第七二極體負端連結。 7、 如申請專利範圍第6項所述之全機率導電之二極體燈管電路結 構,其中,該第六二極體負端與第五二極體正端連結處與該第二接頭 的輸出端(AC4)連結,該第八二極體負端與第七二極體正端連結處與第 10The lamp tube is composed of a laser device and a tube body, and the two ends of the laser device are electrically connected to the first and second non-polarity rectifying circuits. 2. The circuit structure of a full-rate conductive diode lamp as described in claim 1 wherein the laser device consists of a plurality of light-emitting diode sequences. 3. The circuit structure of a full-caliber conductive diode lamp as described in claim 1 of the patent application, wherein the tube body has a refractive power. 4. The circuit structure of the full-rate conductive diode lamp according to claim 1, wherein the second diode of the first polarity-free rectifier circuit is connected to the positive terminal of the first diode. The positive terminal of the second diode is coupled to the positive terminal of the fourth diode, and the negative terminal of the fourth diode is coupled to the positive terminal of the third diode. The negative terminal of the third diode and the first diode The negative end of the body is connected. 5. The circuit structure of a full-caliber conductive diode lamp according to claim 4, wherein the negative end of the fourth diode and the positive end of the third diode are connected to the first joint. The output end (AC1) is connected, and the negative end of the second diode is coupled to the output end (AC2) of the first joint at the positive end of the first diode. 6. The circuit structure of a full-rate conductive diode lamp according to claim 5, wherein the negative terminal of the eighth diode of the second non-polar rectifier circuit is connected to the positive terminal of the seventh diode. The positive end of the eighth diode is coupled to the positive end of the sixth diode, and the negative end of the sixth diode is coupled to the positive end of the fifth diode, and the negative terminal and the seventh pole of the fifth diode The negative end of the body is connected. 7. The circuit structure of a full-caliber conductive diode lamp according to claim 6, wherein the negative end of the sixth diode and the positive end of the fifth diode are connected to the second joint. The output end (AC4) is connected, and the negative end of the eighth diode is connected to the positive end of the seventh diode and the tenth M381978 • « .\ ·、 · 二接頭的輸出端(AC3)連結。 • 8、如申請專利範圍第7項所述之全機率導電之二極體燈管電路結 構,其中,該第二二極體正端與第四二極體正端連結與該第八二極體 正端與第六二極體正端連結處相連結,該第三二極體負端與第一二極 體負端連結處與該第五二極體負端與第七二極體負端連結處相連結。 9、 如申請專利範圍第8項所述之全機率導電之二極體燈管電路結 構,其中,該激光裝置一端連結在第二二極體正端與第四二極體正端 . 連結處及該第八二極體正端與第六二極體正端連結處,而另一端連結 在該第三二極體負端與第一二極體負端連結處及該第五二極體負端與 Φ 第七二極體負端連結處。 10、 如申請專利範圍第1項所述之全機率導電之二極體燈管電路 結構,其中無極性整流電路為耐壓元件,至少為可負荷啟動器之突波 電壓。 11M381978 • « .\ ·, · The output of the two connectors (AC3) is connected. 8. The full-caliber conductive diode lamp circuit structure as described in claim 7, wherein the second diode positive end is coupled to the fourth diode positive end and the eighth diode The positive terminal is connected to the positive terminal of the sixth diode, and the negative end of the third diode is connected to the negative end of the first diode and the negative terminal and the seventh diode of the fifth diode are negative. The end joints are connected. 9. The circuit structure of a full-caliber conductive diode lamp according to claim 8, wherein one end of the laser device is connected to the positive end of the second diode and the positive end of the fourth diode. And the positive end of the eighth diode is connected to the positive end of the sixth diode, and the other end is connected to the negative end of the third diode and the negative end of the first diode and the fifth diode The negative end is connected to the negative end of the Φ seventh diode. 10. A full-caliber conductive diode lamp circuit structure as described in claim 1 wherein the non-polarity rectifying circuit is a voltage-resistant component, at least a surge voltage of the loadable starter. 11
TW98218506U 2009-10-08 2009-10-08 Diode array lamp circuit structure with 100% electric conduction TWM381978U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI454634B (en) * 2010-06-28 2014-10-01 Panasonic Corp Straight tube led lamp

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI454634B (en) * 2010-06-28 2014-10-01 Panasonic Corp Straight tube led lamp
US9706608B2 (en) 2010-06-28 2017-07-11 Panasonic Corporation Straight tube LED lamp, lamp socket set, and lighting fixture

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