201243226 六、發明說明： 【發明所屬之技#?領域】 [0001] 本發明係有關於一種無極燈鎮流器裝置，特別是一種可 預防電磁脈衝波之無極燈鎖流器裝置。 【先前技術】 [0002] 無極燈（electrodeless lamp)是一種劃世紀的發明 ;顧名思義無極燈不需電極，其係依靠電磁感應和氣體 放電的原理而發光。 0 [0003] 無極燈具有很多優點，例如超長的壽命，是白熾燈的5 0 倍，金鹵燈的10倍；抗震性特強；節能效果好，比白熾 燈節能80% ;發光效率高，是白熾燈的6倍；無閃爍有利 於視力健康；無需預熱時間，可瞬間點亮；綠色環保， 因為不含水銀，不會造成環境污染。 [0004] 電磁脈衝波（electromagnet ic pulse )充斥在我們的 生活周遭，例如雷擊閃絡突波（1 ightning f 1 ash surge)、開關突波（switching surge)或由太陽黑子 〇 等等引起的電磁脈衝波。然而，目前習知的無極燈存在 著一個缺點，那就是無極燈的鎮流器沒有預防電磁脈衝 波的功能，因此造成無極燈或無極燈的鎮流器常在遭到 電磁脈衝波侵害後損壞。 【發明内容】 [0005] 為改善上述習知技術之缺點，本發明之目的在於提供一 種可預防電磁脈衝波之無極燈鎮流器裝置，以應用於一 直流電壓及一無極燈。 100114169 表單編號Α0101 第3頁/共11頁 1002023790-0 201243226 [0006] 為改善上述習知技術之缺點，本發明之又一目的在於提 供一種可預防電磁脈衝波之無極燈鎮流器裝置，以應用 於一交流電壓及一無極燈。 [0007] 為達成本發明之上述目的，本發明之可預防電磁脈衝波 之無極燈鎮流器裝置係應用於一直流電壓及一無極燈。 該可預防電磁脈衝波之無極燈鎮流器裝置包含：一電磁 脈衝波吸收單元，該電磁脈衝波吸收單元電性連接至該 直流電壓；及一直流鎮流器單元，該直流鎮流器單元電 性連接至該電磁脈衝波吸收單元及該無極燈。 [0008] 為達成本發明之上述又一目的，本發明之可預防電磁脈 衝波之無極燈鎮流器裝置係應用於一交流電壓及一無極 燈。該可預防電磁脈衝波之無極燈鎮流器裝置包含一電 磁脈衝波吸收單元，該電磁脈衝波吸收單元電性連接至 該交流電歷；及一交流鎮流器單元，該交流鎮流器單元 電性連接至該電磁脈衝波吸收單元及該無極燈。 【實施方式】 [0009] 請參考第一圖，其係為本發明之可預防電磁脈衝波之無 極燈鎮流器裝置之一實施例方塊圖。本發明之可預防電 磁脈衝波之無極燈鎮流器裝置60係應用於一直流電壓20 及一無極燈30。該可預防電磁脈衝波之無極燈鎮流器裝 置60包含一電磁脈衝波吸收單元108及一直流鎮流器單元 10 ° [0010] 該直流鎮流器單元10包含一控制單元106、一變頻單元 104及一功率因數校正單元102。該控制單元106電性連 接至該變頻單元104及該無極燈30 ;該變頻單元104電性 100114169 表單編號A0101 第4頁/共11頁 1002023790-0 201243226 連接至讀無極燈3〇及該功率因數校正單元1〇2 ;該電磁脈 衝波吸枚單元108電性連接至該功率因數校正單元102及 該直流電壓2〇。 [0011] 該功率因數校正單元10 2係用以提高該直流電壓2 0之功率 因數；該變頻單元1〇4可為一變頻器；該控制單元1〇6接 收來自該變頻單元1〇4輸出之一輸出負回授信號112後， ο [0012] 發送一控制信號116至該變頻單元104 ;該變頻單元1〇4 藉由該控制信號】丨6將該直流電壓20轉變為一驅動信號 118，藉以驅動該無極燈30發亮。 該電磁脈衝波吸收單元108主要之目的在於在現在的鎮流 器中，嵌入整合該電磁脈衝波吸收單元’用以吸收保 護因開開突波、電磁脈衝波的瞬間過大電流進入鎮流器 ’導致鎮流器内的電子元件故障；該電磁脈衝波吸收單 元108可直接接受直流輸入電壓，並用於單一無極燈。 [0013] ❾ 請參考第二圖，其係為本發明之可預防電磁脈衝波之無 極燈鎮流器裝置之又一實施例方塊圖。本發明之可預防 電磁脈衝波之無極燈鎮流器裝置係應用於一父流電廢 4〇及一無極燈30，該可預防電磁脈衝波之無極燈鎮流器 裝置60包含一電磁脈衝波吸收單元108、一交流鎮流器單 元50及一電磁干擾濾波單元110 ° [0014] 該交流鎮流器單元5〇包含一控制單元106、一變頻單元 104、一功率因數校正單元102及一整流單元122。該控 制單元106電性連接至該變頻單元1〇4及該無極燈3〇，該 變頻單元104電性連接至該無極燈30及該功率因數校正單 100114169 表單編號Α0101 1002023790-0 201243226 元102 ;該整流單元122電性連接至該電磁脈衝波吸收單 元108及該功率因數校正單元102 ;該電磁干擾濾波單元 110電性連接至該交流電壓40及該電磁脈衝波吸收單元 108 ° [0015] 該電磁干擾濾波單元11 0係用以濾除電磁波干擾；該整流 單元1 22可為一橋式整流器，用以將該交流電壓40轉變為 一直流電壓124 ;該功率因數校正單元102則用以提高該 直流電壓124之功率因數；該變頻單元104可為一變頻器 〇 [0016] 該控制單元106接收來自該變頻單元104輸出之一輸出負 回授信號112後，發送一控制信號116至該變頻單元104 ;該變頻單元104藉由該控制信號11 6將該直流電壓124 轉變為一驅動信號118，藉以驅動該無極燈30發亮。 [0017] 該電磁脈衝波吸收單元1 08主要之目的在於在現在的鎮流 器中，嵌入整合該電磁脈衝波吸收單元108，用以吸收保 護因開開突波、電磁脈衝波的瞬間過大電流進入鎮流器 ，導致鎮流器内的電子元件故障；該電磁脈衝波吸收單 元108可直接接受直流輸入電壓，並用於單一無極燈。 [0018] 綜上所述，當知本發明已具有產業利用性、新穎性與進 步性，又本發明之構造亦未曾見於同類產品及公開使用 ，完全符合發明專利申請要件，爰依專利法提出申請。 【圖式簡單說明】 [0019] 第一圖為本發明之可預防電磁脈衝波之無極燈鎮流器裝 置之一實施例方塊圖。 100114169 表單編號A0101 第6頁/共11頁 1002023790-0 201243226 [0020] 第二圖為本發明之可預防電磁脈衝波之無極燈鎮流器裝 [0021] 置之又一實施例方塊圖。 【主要元件符號說明】 直流鎮流器單元1 0 [0022] 直流電壓20 [0023] 無極燈30 [0024] 交流電壓40 [0025] 交流鎮流器單元50 [0026] 可預防電磁脈衝波之無極燈鎮流器裝置60 [0027] 功率因數校正單元102 [0028] 變頻單元104 [0029] 控制單元106 [0030] 電磁脈衝波吸收單元108 Q [〇〇31] 電磁干擾濾波單元110 [0032] 輸出負回授信號112 [0033] 控制信號116 [0034] 驅動信號118 [0035] 整流單元122 [0036] 直流電壓124 100114169 表單編號A0101 第7頁/共11頁 1002023790-0201243226 VI. INSTRUCTIONS: [Technical Fields of the Invention] [0001] The present invention relates to an electrodeless lamp ballast device, and more particularly to an electrodeless lamp lock device capable of preventing electromagnetic pulse waves. [Prior Art] [0002] An electrodeless lamp is a century-old invention; as the name suggests, an electrodeless lamp does not require an electrode, and it emits light by virtue of the principle of electromagnetic induction and gas discharge. 0 [0003] Induction lamp has many advantages, such as long life, 50 times that of incandescent lamp, 10 times of metal halide lamp; strong shock resistance; good energy saving effect, 80% energy saving than incandescent lamp; high luminous efficiency It is 6 times of incandescent lamp; no flicker is good for eyesight health; it can be lit instantly without preheating time; it is green and environmentally friendly, because it does not contain mercury, it will not cause environmental pollution. [0004] Electromagnetic pulses are ubiquitous in our lives, such as lightning strikes, switching surges, or electromagnetic waves caused by sunspots. Pulse wave. However, the conventional electrodeless lamp has a disadvantage in that the ballast of the electrodeless lamp does not have the function of preventing electromagnetic pulse waves, so that the ballast of the electrodeless lamp or the electrodeless lamp is often damaged by the electromagnetic pulse wave. . SUMMARY OF THE INVENTION [0005] In order to improve the above disadvantages of the prior art, it is an object of the present invention to provide an electrodeless lamp ballast device capable of preventing electromagnetic pulse waves for use in a DC voltage and an electrodeless lamp. 100114169 Form No. 1010101 Page 3 of 11 1002023790-0 201243226 [0006] In order to improve the above disadvantages of the prior art, another object of the present invention is to provide an electrodeless lamp ballast device capable of preventing electromagnetic pulse waves, Applied to an AC voltage and an electrodeless lamp. In order to achieve the above object of the present invention, the electrodeless lamp ballast device of the present invention capable of preventing electromagnetic pulse waves is applied to a DC voltage and an electrodeless lamp. The electrodeless ballast device capable of preventing electromagnetic pulse wave comprises: an electromagnetic pulse wave absorbing unit electrically connected to the DC voltage; and a DC ballast unit, the DC ballast unit Electrically connected to the electromagnetic pulse wave absorbing unit and the electrodeless lamp. In order to achieve the above-described still further object of the present invention, the electrodeless lamp ballast device of the present invention which can prevent electromagnetic pulse waves is applied to an alternating current voltage and an electrodeless lamp. The electromagnetic pulse wave ballast device capable of preventing electromagnetic pulse wave comprises an electromagnetic pulse wave absorbing unit electrically connected to the alternating current battery; and an alternating current ballast unit, the alternating current ballast unit It is connected to the electromagnetic pulse wave absorbing unit and the electrodeless lamp. [Embodiment] [0009] Please refer to the first figure, which is a block diagram of an embodiment of an electrodeless lamp ballast device capable of preventing electromagnetic pulse waves of the present invention. The electrodeless lamp ballast device 60 of the present invention for preventing electromagnetic pulse waves is applied to the DC voltage 20 and an electrodeless lamp 30. The electromagnetic pulse wave-proof electrodeless ballast device 60 includes an electromagnetic pulse wave absorbing unit 108 and a DC ballast unit 10[0010] The DC ballast unit 10 includes a control unit 106 and a frequency conversion unit. 104 and a power factor correction unit 102. The control unit 106 is electrically connected to the frequency conversion unit 104 and the electrodeless lamp 30; the frequency conversion unit 104 is electrically 100114169. Form number A0101 is 4th page/total 11 page 1002023790-0 201243226 is connected to the reading electrodeless lamp 3〇 and the power factor The calibration unit 1〇2; the electromagnetic pulse wave absorbing unit 108 is electrically connected to the power factor correction unit 102 and the DC voltage 2〇. [0011] The power factor correction unit 102 is used to increase the power factor of the DC voltage 20; the frequency conversion unit 1〇4 can be a frequency converter; the control unit 1〇6 receives the output from the frequency conversion unit 1〇4 After one of the negative feedback signals 112 is output, [0012] a control signal 116 is sent to the frequency conversion unit 104; the frequency conversion unit 1〇4 converts the DC voltage 20 into a driving signal 118 by the control signal 丨6. In order to drive the induction lamp 30 to illuminate. The main purpose of the electromagnetic pulse wave absorbing unit 108 is to embed and integrate the electromagnetic pulse wave absorbing unit in the current ballast to absorb and protect the transient excessive current from opening the glitch and electromagnetic pulse wave into the ballast. This causes the electronic component in the ballast to malfunction; the electromagnetic pulse wave absorbing unit 108 can directly receive the DC input voltage and is used for a single electrodeless lamp. [0013] Please refer to the second figure, which is a block diagram of still another embodiment of the electrodeless lamp ballast device for preventing electromagnetic pulse waves of the present invention. The electrodeless lamp ballast device capable of preventing electromagnetic pulse wave of the present invention is applied to a parent current electric waste 4 〇 and an electrodeless lamp 30, and the electromagnetic pulse wave preventing electrodeless ballast device 60 includes an electromagnetic pulse wave. The absorption unit 108, an AC ballast unit 50 and an electromagnetic interference filtering unit 110 ° [0014] The AC ballast unit 5 includes a control unit 106, a frequency conversion unit 104, a power factor correction unit 102 and a rectification Unit 122. The control unit 106 is electrically connected to the frequency conversion unit 1〇4 and the induction lamp 3〇, the frequency conversion unit 104 is electrically connected to the induction lamp 30 and the power factor correction unit 100114169 Form No. Α0101 1002023790-0 201243226 元102; The rectifying unit 122 is electrically connected to the electromagnetic pulse wave absorbing unit 108 and the power factor correcting unit 102; the EMI filtering unit 110 is electrically connected to the AC voltage 40 and the electromagnetic pulse wave absorbing unit 108 [0015] The EMI filtering unit 110 is configured to filter out electromagnetic interference; the rectifying unit 1 22 can be a bridge rectifier for converting the AC voltage 40 into a DC voltage 124; the power factor correction unit 102 is configured to improve the The power factor of the DC voltage 124; the frequency conversion unit 104 can be a frequency converter. [0016] After receiving the output negative feedback signal 112 from the output of the frequency conversion unit 104, the control unit 106 sends a control signal 116 to the frequency conversion unit. The frequency conversion unit 104 converts the DC voltage 124 into a driving signal 118 by the control signal 116 to drive the electrodeless lamp 30 to illuminate. [0017] The main purpose of the electromagnetic pulse wave absorbing unit 108 is to embed and integrate the electromagnetic pulse wave absorbing unit 108 in the current ballast for absorbing and protecting the instantaneous excessive current due to the open glitch and the electromagnetic pulse wave. Entry into the ballast results in failure of the electronic components within the ballast; the electromagnetic pulse wave absorption unit 108 can directly accept the DC input voltage and be used in a single induction lamp. [0018] In summary, it is known that the present invention has industrial applicability, novelty and advancement, and the structure of the present invention has not been seen in similar products and public use, and fully complies with the requirements of the invention patent application, and is proposed according to the patent law. Application. BRIEF DESCRIPTION OF THE DRAWINGS [0019] The first figure is a block diagram of an embodiment of an electrodeless lamp ballast apparatus for preventing electromagnetic pulse waves of the present invention. 100114169 Form No. A0101 Page 6 of 11 1002023790-0 201243226 [0020] The second figure is a block diagram of another embodiment of the electrodeless lamp ballast for preventing electromagnetic pulse waves of the present invention. [Main component symbol description] DC ballast unit 1 0 [0022] DC voltage 20 [0023] Induction lamp 30 [0024] AC voltage 40 [0025] AC ballast unit 50 [0026] Prevents electromagnetic pulse wave Promise Lamp Ballast Device 60 [0027] Power Factor Correction Unit 102 [0028] Control Unit 106 [0030] Electromagnetic Pulse Wave Absorbing Unit 108 Q [〇〇31] Electromagnetic Interference Filtering Unit 110 [0032] Output Negative feedback signal 112 [0033] Control signal 116 [0034] Drive signal 118 [0035] Rectifier unit 122 [0036] DC voltage 124 100114169 Form number A0101 Page 7 / Total 11 page 1002023790-0