M361U4 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種利用電源線控制之天線控制器，特別是一種 應用於通訊系統之天線控制，及具備以電源線路同時傳輸電源及天線 控制信號之天線控制器。 【先前技術】 省知之基地台天線自動控制系統廣泛使用於行動電話通訊系統 中，省知無線基地台之天線必需透過天線控制信號電纜配置連結至天 線控制器，方能由天線控制器發送天線控制訊號給天線進行相關之天 作功能控制，如第-圖所示之習知基地台天線控制系統架構，天 線1、天線2及天線3分別藉由一設於内部或外部之馬達控制單元4， 分^控制信號電麗4八、犯及扣連結至-分岐器㈣㈣5，再由分 =5以-控制電•連結至—避雷器7，再由避雷器7經另—控制電 、、尤8連結至一天線控制器9，再由天線控制器9透過乙太網路 ，tliemet)9A連結至-網路控制站9B，由網路 9 9A對天線控制器9進行如天線i ^^太，、-罔路 , 天、.泉2及天線3之傾角或其他動作 W二傳遞，並由天線控制器9回饋得知天線卜天線2及 =運轉狀,¾、，該天線控制H 9通f由_電源供應^ 9c供應直流工作電 ^上述習知之天線控制系統中，該控制電纜4A、4B、4C鮮制+ 氟6及控制電纜8需使用較多奸 -、控制电 馬達控制私4之工作線的電纜，如必需同時配送 量成本，且在上述系統w配而增加配線成本m線路容 Λ,, ,、 而-己置分岐器5之系統零件，不伸;盔 颜己^核_度，更使系鱗修縣錢及_。1加系M361U4 V. New Description: [New Technology Field] This creation department is about an antenna controller that uses power line control, especially an antenna control applied to communication systems, and has simultaneous power transmission and antenna control with power lines. Signal antenna controller. [Prior Art] The known base station antenna automatic control system is widely used in mobile phone communication systems. It is known that the antenna of the wireless base station must be connected to the antenna controller through the antenna control signal cable configuration before the antenna controller can transmit the antenna control. The signal is used to perform related function control on the antenna. For example, the conventional base station antenna control system architecture shown in the first figure, the antenna 1, the antenna 2 and the antenna 3 are respectively controlled by a motor control unit 4 provided inside or outside. The control signal is 4, the sin and the buckle are connected to the - branching device (4) (4) 5, and then the control is connected to the lightning arrester 7, and then the lightning arrester 7 is connected to the lightning arrester 7, and then the lightning arrester 7 is connected to the other. An antenna controller 9, which is connected to the network control station 9B via the antenna controller 9 via the Ethernet, 9A, and the antenna controller 9 by the network 9 9A, such as the antenna i ^ ^ too, - The inclination of the road, the spring, the spring 2 and the antenna 3 or other actions W are transmitted, and the antenna controller 9 feeds back to know the antenna antenna 2 and the operation shape, 3⁄4, and the antenna controls the H 9 transmission f by _ Power supply ^ 9c supply DC working power ^ In the above-mentioned antenna control system, the control cable 4A, 4B, 4C fresh + fluorine 6 and the control cable 8 need to use more cables, and control the electric motor to control the cable of the work line of the private 4, if it is necessary to simultaneously distribute the cost. And in the above system w to increase the wiring cost m line capacity,,, and - the system components of the splitter 5 are not extended; the helmet Yan has a nuclear _ degree, and even makes the scales repair county money and _ . 1 plus
卜，上述習知之天線控制系統中，由於控声 與控制電纜6及控制電境8需使 、工$，，見、B、4C 上馬達控鄉元4的工作電f線及姆__，甚至加 H ^ ^-h y 、路使知系統線路上的防護容晋y干In the above-mentioned antenna control system, since the sound control and control cable 6 and the control power environment 8 need to make and work, the working electric f line and the __ of the motor control township 4 on the B, 4, and 4C, Even adding H ^ ^-hy, the road to the system of protection on the line
Ik之增加，例如：避雷器7 万又谷里必需 備避㈣額疋谷罝必需相對增高，亦必 M361114 . 需另外增加系統建構及維修成本。 除此之外，或有因此萌生改良者，如以一種天線之無線控制器來 =上遂習知天線控制系統中的天線控制器9，藉由無線訊號發送來達 上、線遙控馬達控制單元4之视’如巾錢國專利公報*廳测 二天線之無線控制器」新型專利案所示，雖可大幅省去控制電缓从、 =與控制 6及控制電纜8_置與維修成本，但該天線i ' 2 中，達單元4必需另外配红作電職路及電驗應器， 部份再增加抗電磁干另外針對工作電源線路及電源供應器 【新型内容】 號電ί====統:：需同時以天線控制信 系統中的避雷考-偌焚也… 及礼成本增加，以及，該控制 電磁干擾=及=零谷置必需增加與產生天線控制之工作電源的 #制之彻電源線控制之天線控制11，包含至少一天線 通工信_及線’射，該天線控織置_至少-第-電源輸出了或將^天線控制資料加以調變隨同電源單元之 供天線控制裝置控制天線内部功能運轉及電源找原，以 線-端連結天線控制褒置内之第一通哭^又重功成，該電源 一端連結至少一第二强枯^解·™及电源單兀，電源線另 部之至少-受控機構，二^ ’該第—通信調翻連結天線内或外 信號及電源給該受#機構t通信調解器接收電源線内之天線控制 電源線傳輪觸，轉轉信號透過 天線控制信號之天線控制器。 透匕电源線傳輪電源及雙向 本創作之利用電源線控制之天線 控機構之電源線即可同 工°。僅而以輸送給天線中受 讀輪⑧源及天、_齡號，杨if加任何系统. M361114 亦不必額外配置天線内受控機構之工作 線路及電驗應ϋ之電魏干擾設備及 配線、分岐器設備及維修成本， 電源線路，或額外增加工作電源 成本。 【實施方式】 用電源線控制之天结批在，丨努 係包含-天線控制裴置i0，該 利之天線匕制盗⑽ 調解器u及-電源單元12，設有至少—第一通信 以調變_電源單元12之'=—抓轉1111將天線控制資料加 制資料予以調變還原，以供'天線月控制穿=二=斤含叙回饋天線控 運轉及電源供應雙重功能，該電源單元\可==1=細功能 交直流電_換之電祕應n構成。 觸立之直^電池或具 至少一電源線20，一端遠姓+ # u及電源單元-電源線2。二==之二通信調解器 該第二通信調解器2 —弟二通信調解器2卜 該受控機構加之型線外部之至少一受控機構训， 例，以使第二通_觸W缝電树舉天料達控制機構為 電源給該_構加，或將鱗 號及工作 =:r:r 信_21 調變==== 制之回魏觸城天線= 二通信嶋21考，該第 該受控機仙㈣，在権解 =結合於 210内為例。 乜調解态21 §又於受控機構 :=3=r 體1 調解器Η 齡鑛11 11，私餘糖胁第—通_ 撕後輪出至天線彻物機構21G,或縣該第—= M361114 调知窃11接收來自該天線200之受控機構210所送回之回饋传號，以 作為天線200之受控機構210狀態監控及動作控制參考。 該隨機存取記憶體14及僅讀記憶體15連結微處理器13，以提供 微處理器13之天線控制資料暫存、天線控制指令及天線控制程式儲存 之用。 該網路控制器16連結微處理器13，提供微處理器13透過乙太網 路輸入或輸出天線控制信號或命令之功能。The increase of Ik, for example: 70,000 arresters and must be avoided in the valley. (4) The amount of glutinous rice must be relatively increased, and M361114. Additional system construction and maintenance costs are required. In addition, there may be an improved controller, such as an antenna controller with an antenna, the antenna controller 9 in the conventional antenna control system, and the wireless signal transmission to reach the upper and the remote control motor control unit. According to the new patent case of the wireless controller of the two-antenna antenna of the Office of the People’s Republic of China, as shown in the following article, although the control of the electric mitigation, the control and the control cable and the control cable 8_ and the maintenance cost can be greatly eliminated, However, in the antenna i ' 2 , the unit 4 must be additionally equipped with red for the electric road and the electric detector, and some additional anti-electromagnetic dry for the working power line and the power supply [new content] number ί== == 统:: At the same time, the lightning protection test in the antenna control system - 偌 也 也 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及The antenna control 11 of the power line control includes at least one antenna through the work signal _ and the line 'shooting, the antenna control woven _ at least - the first power output or the ^ antenna control data is modulated with the power supply unit Antenna control device controls the antenna Function operation and power supply to find the original, with the line-end connection antenna control device in the first pass crying ^ and heavy work, the power supply end is connected to at least one second strong dry solution TM and power supply unit, the power cord At least - the controlled mechanism, the second ^ 'the first communication - tune the connection antenna inside or outside the signal and power supply to the receiving mechanism # communication telecommunication receiver receiving the power line within the antenna control power line transmission wheel, turn signal An antenna controller that transmits signals through the antenna. Through the power line transmission power supply and two-way. The power line of the antenna control unit that uses the power line control can be used in the same way. Only for the source of the read wheel 8 and the sky, _ age number, Yang if plus any system. M361114 does not need to additionally configure the working circuit of the controlled mechanism in the antenna and the electrical interference device and wiring , splitter equipment and maintenance costs, power lines, or additional operating power costs. [Embodiment] The day of the power line control is completed, and the system includes an antenna control device i0, the antenna antenna is stolen (10) the mediator u and the power unit 12, and at least the first communication is set. Change _ power unit 12 '=-catch 1111 to adjust the antenna control data plus data for the 'antenna monthly control wear = two = kg 〗 BACK feedback antenna control operation and power supply dual function, the power unit \ can = = 1 = fine function AC / DC _ change the secret should be n. Straight to the battery ^ or at least one power cord 20, one end far surname + # u and power unit - power cord 2. Two == two communication mediator The second communication mediator 2 - the second communication mediator 2 - the controlled mechanism plus at least one controlled mechanism training outside the profile, for example, to make the second pass _ touch W seam The electric tree lifts the control system for the power supply to the _ structure, or the scale number and work =: r: r letter _21 modulation ==== system back to the Wei contact antenna = two communication 嶋 21 test, The first controlled machine (4) is exemplified by the solution = combined with 210.乜 乜 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 The M361114 intercepts the feedback signal sent back from the controlled mechanism 210 of the antenna 200 as a reference for the state monitoring and motion control of the controlled mechanism 210 of the antenna 200. The random access memory 14 and the read only memory 15 are coupled to the microprocessor 13 for providing the antenna control data temporary storage of the microprocessor 13, the antenna control command, and the antenna control program storage. The network controller 16 is coupled to the microprocessor 13 and provides the function of the microprocessor 13 to input or output antenna control signals or commands through the Ethernet network.
上述之電源單元12供應該第一通信調解器u、微處理器13、隨機 存取記憶體14、僅讀記憶體15、網路控制器16及天線2〇〇的受控機 構210所需之工作電源。 二 上述天線控制裝置ίο並不以第一通信調解器n、電源單元12'微 處理器13、隨機存取記憶體14、僅讀記憶體15及網路控制器π構成 為限，舉凡是以其他等效之電路結構構成者，當不脫本創作I範疇。The power supply unit 12 described above supplies the first communication mediator u, the microprocessor 13, the random access memory 14, the read-only memory 15, the network controller 16, and the controlled mechanism 210 of the antenna 2 Working power supply. The antenna control device ίο is not limited to the first communication controller n, the power unit 12' microprocessor 13, the random access memory 14, the read-only memory 15, and the network controller π. Other equivalent circuit structure constructors, when not off the scope of this creation I.
請再參閱第四圖所示，為本創作之第一通信調解器u的較佳^施 例’其中，該第一通信調解器11係包括一串列通信璋m、一調變器 112、至少一訊號隔離元件113、濾波器114及解調器115，其中，該串 列通鱗1U連結該天線控制裝置1Q之微處理器U，以作為第一通作 調解器11與微處理器13間之信號輸入及輸出介面。 D 該:周變器II2連結串列通信埠ηι，使該串列通信埠m將來自該 微處理器13所輸入之天線控制信號予以調變輪出。 *該訊號隔離元件113連結調變器112 '電源單元12及電源線2〇 一 端’以將直流電力與訊號隔離，該峨隔離元件113提供來自調變器 112調變輪出之天線控制信號輸出，以經由電源線2()隨同卫作電源^ 入該第二通信調解n 21及受控機構2财，該訊號隔離元件ιΐ3之型 式不限’在本創作中係以電容器為例。 該濾波S 114連結該訊號隔離元件113，以 訊號隔離元件113隔離出來的天線2()()：^ ， 源、本20!由 «處理輸出。線之讀機構別的回馈信號予以 111 ’以解調還原處理 該解調器m連結濾波器m及串列通信埠 6 M361114 來自濾波器1M滤波處理後之回饋信號，並再將該解調還原之回饋信號 ，’二串列通k埠lii回傳至天線控制裝置1〇之微處理器U中。 、請再配合第五_示，林創作帽«線20之第二通信調解器 21連結之天線2〇〇内的受控機構,之較佳實施例，該受控麟训 ， ，括-電源單元210A、微處理器2·及馬達驅動電路21{3(：，該電源 單π 210A連結電源線2〇及第二通信調解器21，使該電源單元別a • 可以直接接收及轉換處理該電源線2{)所傳輸之工作電源，以再輸出適 ， 當的電源供給第二通信調解器21及微處理ϋ 21GB及馬達驅動電路 21GC ’該電源單元2·可為電源轉換器構成。 • 該微處理器編連結該電源線2〇之第二通信調解器a，以接收 來自隨同電源線20之工作電源一同輸送之天線控制信號，以作為受控 機構21〇 ^天線控制動作之依據，或將天線回饋信號輸出，經由第二 通信調解器21及電源線2G送至讀控制裝置1()之微處理器13。 該馬達驅動電路21GC連結該微處理!| 2麵，以受該微處理器 210B之控制驅動天線細内之馬達则，該馬達驅動電路21冗並將馬 達300之運轉狀態轉換成回饋信號給微處理器2應，再由微處理器 210B經由第二通信調解n 21調變後經由電源線2()送回天線控制裝 10之微處理器13。 • 請再參閱第六圖所示’為本創作之電源線20的第二通信調解器21 之較佳^施例’其中’該第二通信調解器21係包括一串列通信璋2ιι、 . —調變益212、至少—訊號隔離元件213、濾波器214及解調器215， 其中，該串列通信埠加連結該天線2⑻之受控機構MO的微處理器 ' 2膽’以作為第二通信調解器21與受控機構210之微處理器細間 - 之信號輸入及輸出介面。 ，該^變器212連結串列通信#叫，使該串列通斜2ιι將來自該 微處理器2·所輪出之天線回饋信號予以調變輸出。 該訊號隔離元件213連結調變器212及電源線2〇 一端，以將直法 電力與訊號隔離，該訊號隔離元件213提供來自調變器212姆輸^ 之回饋信號經由電源線2G輪出，或將來自天線控制裝置iq輸出之天 7 M361114 線控制信號予以隔離輸入’該訊號隔離元件21；3之型式不限，在本創 作中係以電容器為例。 - …該濾波器214連結該訊號隔離元件213，以將來自電源線2〇經由 訊號隔離元件2丨3隔離出來的天線控制信號予以過遽處理輸出。 該解調H犯連結濾波器別及串列通信埠2U，以解觸原處理 來自濾、波器214濾波處理後之天職制信號，並再將該_還原之天 線控制信號經串列通信埠211傳送至受控機構21()之微處理器屢， 以提供微處理器210B作為馬達驅動電路鹰驅動天線2〇_ 〇 之佑撼。 二再略弟七_示，為本創作之细電源線控制之天線控制器 的弟-應用例，其t，該天線控制裝置1G透過—乙太網路線撕 料路控幌鄭以齡_職_ 之天線控制資 Γ，或將天線200之回饋信號回傳至該網路控制站，該 it: j1G中之天線控㈣料、控制命令或_健透過乙太網 路、'泉400輸出或輸入舰，職過該網路控制器16予以進行。 m锻置1G並2G予㈣ =^«線20倾連結一避雷器22，該避雷器22之避 考=源線20的容量即可，亦即可降低該避雷器22之額定 =亚以亚聯方式連結至數個天線㈣内部或外部的為 =構21〇，使各受控機構210可以透過該電源線2〇中之第二通信調 解益21予以接收天線控制信號進行各受控 作，如在紅财賴示的馬達3GG 之天線控制動 _ 驅動&制，或將該受控機構210 :^:^信觸2丨鴨，刚和◦回饋送回 請再參閱第八圖所示，為本創作之 100的第二應用例，其中，顯示多個天線 2工制之天線控制器 210間藉由多條電源線2G跨接連結 7或外部之受控機構 透過電源⑽接«自天線控制裝置2GG之受控機構加可 機構210之回饋信號，亦即顯示本創作=控制信號或回镇受控 、，泉拴制裴置10透過電源線 • M361114 20與各天線200之受控機構21〇間之連結方式，並不拘限於第七圖及 第八圖所示之並聯或跨解連結賴，舉凡是其他等效之多條電源線 20串、並聯連結模式，仍不脫本創作之範疇。 d〇上述第二圖〜第八圖所示本創作之利用電源線控制之天線控制 '、中所揭示之説明及圖式，係為便於闡明本創作之技術内容及技 術手段，所揭示較佳實施例之一隅，並不因而拘限其範脅。並且，舉 凡切針對本創作之結構細部修飾、變更，或者是元件之等效替代、 置換’當不脫離本創作之創作精神及範嘴，其範 利範圍來界^之。Please refer to the fourth figure, which is a preferred embodiment of the first communication mediator of the present invention. The first communication mediator 11 includes a serial communication device 、m, a modulator 112, At least one signal isolation component 113, a filter 114 and a demodulator 115, wherein the serial communication scale 1U is coupled to the microprocessor U of the antenna control device 1Q as the first communication controller 11 and the microprocessor 13 Signal input and output interface between. D: The transformer II2 is connected to the serial communication port ,ι, so that the serial communication 埠m modulates the antenna control signal input from the microprocessor 13 to be rotated. * The signal isolation component 113 is coupled to the modulator 112 'power supply unit 12 and one end of the power line 2' to isolate the DC power from the signal. The 峨 isolation element 113 provides an antenna control signal from the modulator 112 for modulating the wheel. The output is to be connected to the second communication medium n 21 and the controlled mechanism by the power line 2 (), and the type of the signal isolating element ι 3 is not limited in the present example. The filter S 114 is coupled to the signal isolation element 113, and the antenna 2()(): ^, source, and 20 are separated by the signal isolation element 113. The feedback signal of the line reading mechanism is 111' demodulated and restored. The demodulator m is connected to the filter m and the serial communication 埠6 M361114 is fed back from the filter 1M, and then the demodulation is restored. The feedback signal, 'two serials k埠lii' is transmitted back to the microprocessor U of the antenna control device 1 . Please cooperate with the fifth _, the controlled mechanism in the antenna 2〇〇 connected by the second communication mediator 21 of the line 20, the controlled embodiment, the controlled forest training, including the power supply The unit 210A, the microprocessor 2, and the motor drive circuit 21{3 (:, the power supply unit π 210A is connected to the power supply line 2 〇 and the second communication medium 21, so that the power supply unit a can be directly received and converted. The power supply transmitted by the power supply line 2{) is re-outputted, and the power supply is supplied to the second communication mediator 21 and the microprocessor ϋ 21GB and the motor drive circuit 21GC'. The power supply unit 2 can be a power converter. • The microprocessor is coupled to the second communication mediator a of the power line 2 to receive an antenna control signal transmitted from the working power source along with the power line 20 as a basis for controlling the action of the antenna Or the antenna feedback signal is outputted to the microprocessor 13 of the read control device 1 via the second communication modem 21 and the power line 2G. The motor driving circuit 21GC connects the micro-processors||two sides to drive the motor in the antenna thin body under the control of the microprocessor 210B, and the motor driving circuit 21 is redundant and converts the operating state of the motor 300 into a feedback signal to the micro The processor 2 should be sent back to the microprocessor 13 of the antenna control device 10 via the power line 2 () by the microprocessor 210B via the second communication adjustment n 21 . • Please refer to the second embodiment of the second communication mediator 21 of the power cord 20 of the present invention as shown in the sixth figure, wherein the second communication mediator 21 includes a serial communication 璋2ιι,. a modulation variable 212, at least a signal isolation component 213, a filter 214, and a demodulator 215, wherein the serial communication adds a microprocessor '2 gall' to the controlled mechanism MO of the antenna 2 (8) as a The two communication mediators 21 are connected to the microprocessor of the controlled mechanism 210 - the signal input and output interfaces. The transformer 212 is connected to the serial communication #call, so that the series is oscillated and the antenna feedback signal from the microprocessor 2 is modulated and output. The signal isolation component 213 is coupled to the modulator 212 and one end of the power line 2 to isolate the direct power from the signal. The signal isolation component 213 provides the feedback signal from the modulator 212 to be rotated through the power line 2G. Or, the day 7 M361114 line control signal from the output of the antenna control device iq is isolated and input into the 'signal isolation element 21; 3 type is not limited. In the present example, a capacitor is taken as an example. - The filter 214 is coupled to the signal isolation element 213 for outputting the antenna control signal from the power supply line 2 隔离 via the signal isolation element 2丨3. The demodulation H is connected to the filter and the serial communication 埠2U to decouple the original processing signal from the filter and the filter 214, and then the _reduced antenna control signal is serially communicated. The 211 is transferred to the microprocessor of the controlled mechanism 21() to provide the microprocessor 210B as the motor drive circuit eagle drive antenna 2〇 〇 撼 撼. Second, the younger brother _ shows, for the creation of the fine power cord control antenna controller - the application example, t, the antenna control device 1G through - Ethernet route tearing road control Zheng Yiling _ job _ The antenna control information, or the feedback signal of the antenna 200 is transmitted back to the network control station, the it: the antenna control (4) in the j1G, the control command or the _jian through the Ethernet, the 'spring 400 output or the input ship The network controller 16 is employed. m forging 1G and 2G to (four) =^« line 20 is connected to a lightning arrester 22, the avoidance of the arrester 22 = the capacity of the source line 20, can also reduce the rating of the arrester 22 = Asia-Asian connection Up to several antennas (4) internal or external = 21, so that each controlled mechanism 210 can receive the antenna control signals through the second communication mediation 21 of the power line 2, for example, in red The motor of the 3GG antenna controls the drive _ drive & or the controlled mechanism 210 : ^: ^ letter touches 2 丨 duck, just feed back and forth, please refer to the eighth figure, A second application example of the creation 100, wherein the antenna controller 210 showing a plurality of antennas 2 is connected to the control unit through a plurality of power lines 2G or an external control mechanism through the power source (10). The feedback mechanism of the 2GG controlled mechanism plus the mechanism 210, that is, the display of the creation = control signal or the control of the town, the relay system 10 through the power line • M361114 20 and the controlled mechanism of each antenna 200〇 The connection method is not limited to the parallel or cross-connection in the seventh and eighth diagrams. Lai, covered the other string 20 is equivalent as much power lines, connecting the parallel mode, the scope of the Creation still off. The above description of the antenna control using the power line control shown in the above second to eighth figures is explained and illustrated in order to clarify the technical content and technical means of the present invention. One of the examples is not limited to the threat. Moreover, the specific details of the modification, alteration, or equivalent substitution and replacement of the components of the creation are not bound to the creative spirit and the vanity of the creation.
【圖式簡單說明】 第圖係白知之天線控制系統的電路方塊圖； 第二圖係本_電源線控制之天線控制器㈣統方塊電路 第二圖係本創作利用電 之較佳實施例圖； 源線控制之天線控制器中之天線控制裝[Simple diagram of the diagram] The diagram is a circuit block diagram of the antenna control system of Baizhi; the second diagram is the antenna controller of the power cord control (4) The second block diagram of the system is the preferred embodiment of the present invention. Antenna control device in the source control antenna controller
苐四圖係本創作利用 益之較佳實施例圖； 電源線控制之天線鋪H巾之第—通信調解 第五圖係本創作利用 器連結之天線之受控機構 弟六圖係本創作利用 器的較佳實施例圖；苐四图 is the preferred embodiment of the use of this creation; the antenna of the power line control H towel - communication mediation fifth picture is the controlled mechanism of the antenna connected to the creative use of the six-figure system A preferred embodiment of the device;
電源線控歡天線翻H巾之第二通信調解 的較佳實施例圖； 兒源線控制之天線控制器中之第二通信調解 弟七圖係本創作利用 弟八圖係本創作利用 【主要元件符號說明】 黾漏線控制之第一應用例圖 電源線控制之第二應用例圖 100 2 天線控制器 天線 1 天線 4 馬達控制單元 3 天線 4Β 控制信號電纜 4Α 控制信號電緵 4C 控制信號電纜 9 M361114 5 分岐Is 6 控制電纜 7 避雷器 8 控制電纜 9 天線控制器 9A 乙太網路 9B 網路控制站 10 天線控制裝置 11 第一通信調解器 111 串列通信璋 112 調變器 113 訊號隔離元件 114 渡波器 115 解調器 12 電源單元 13 微處理器 14 隨機存取記憶體 15 僅言買記憶體 16 網路控制器 20 電源線 21 第二通信調解器 211 串列通信埠 212 調變器 213 訊號隔離元件 214 爐波器 215 解調器 200 天線 210 受控機構 210A 電源單元 210B 微處理器 210C 馬達驅動電路 300 馬達 400 乙太網路線 500 網路控制站 22 避雷器 9C 電源供應益' 10A preferred embodiment of the second communication mediation of the power line control antenna flip H towel; the second communication mediation of the antenna controller of the child source line control, the seventh picture system is created by the use of the brother eight pictures Component Symbol Description] First Application Example of Leakage Control Figure 2 Application Example of Power Line Control Figure 100 2 Antenna Controller Antenna 1 Antenna 4 Motor Control Unit 3 Antenna 4Β Control Signal Cable 4Α Control Signal Power 4C Control Signal Cable 9 M361114 5 分岐Is 6 Control Cable 7 Arrestor 8 Control Cable 9 Antenna Controller 9A Ethernet 9B Network Control Station 10 Antenna Control Unit 11 First Communication Mediator 111 Serial Communication 璋 112 Modulator 113 Signal Isolation Element 114 Ferrule 115 Demodulator 12 Power Supply Unit 13 Microprocessor 14 Random Access Memory 15 Memory Only 16 Network Controller 20 Power Line 21 Second Communication Mediator 211 Serial Communication 埠 212 Modulator 213 Signal isolation component 214 wave filter 215 demodulator 200 antenna 210 controlled mechanism 210A power supply unit 210B microprocessor 210C motor drive Path 300 of the motor 400 Ethernet network line 500 power supply station 22 9C arrester Yi '10