1296938 九、發明說明： 【發明所屬之技術領域】 本發明是一種磁感線圈的配置，特別是指一種飛鏢革巴體上 運用磁感線圈自動計分的配置糸統’其可以確實降低作業成本 與產品成本。 【先如技術】 現今的飛鏢運動已然是一種現代新興的競技及娛樂，其錄 革巴器材技術改良的需求也一直不斷產生，針對市場上不斷长新 求變的產品設計，各種電子式磁感飛鏢靶器材已經成為市場上 的主流商品之一，雖然各種磁感鏢靶器材已在市面上作為競赛 設備或娛樂用品，但是，如何開發出成本更低、價格競爭力強 的磁感計分鏢靶器材卻仍是業界研發時的重點。 目前市面上的磁力感應電子計分鏢靶早有諸多改良之、会 構’但多數主要結構皆是運用磁性飛録射向錦乾，魏相對次 各計分區域外雜設有錢'賴，在雜麟著鏢位置之線遷 將感應訊號輸㈣作為計分標準；其林乏諸續准專利者 請參閱第-圖之TW_234G (電子觸乾之確實:應計分著 鏢塊結構改良）案； β 其革巴塊（1 Q )驗繞設有感應細彳線圈（i i )，而宜 感應舰_(11)彻延伸端（11Q)與電子電路板接 1296938 合，且鏢崎用每一塊乾塊（1 〇)週側的多道感應_線圈 (11)產生感應計分功能，前述靶塊（i 0)可以感應偵測 線圈（11)靈敏感應進行自動計分運算；但是上述傳統產口 實用後仍有下述問題產生： 其一，此習用鏢靶的多道感應偵測線圈（1丄）必須針對 每一個計分區進行繞圈與裝配，所以一個飛鏢靶面上會配置非 系多組的感應偵測線圈（1 1)(每-個計分區就有-組感應 線圈與二根延伸端），造成產品組裝方歧雜、迴路線圈過多， 為了讓許多的延伸端（110)能夠順暢通連電子計分元件， 習用產品更需繁雜的組裝配合構件及技術，故制的感應_ 線圈糸統作業成本較高； 其二，其計分區純（i 0 )周緣繞設有多道感應侧線 圈（1 1)，各相鄰的感應偵測線圈（1 n不僅會重疊排列， 而且形成感應偵測線圈（JL i )材料線材浪費及成本較高的問 題，而疊線作業也會造成作業上的負擔。 由於上述習用鏢乾的問題仍多，故本案申請人提出相關之 改良，如第二圖之第_73723號『電子餘補感應結構』， 其在輕體（1 2 )絲直接嵌設中空的練（i 3 )，並讓多 道感應線圈（1 5 )繞設在雛（i 3 )底端開設的中空空間 (1 4)内；藉以上結構以提供飛鏢乾進行磁力感應功能，並 7 -1296938 且提昇投射時正確之感應效果；此種習用改良結構雖然可以降 低組裝的複雜度，但此習用結構卻仍有以下問題： 其一，此習用鏢靶的多道感應線圈（15)同樣必須針對 每一個計分區進行繞圈與裝配，所以一個飛鏢靶面上會配置非 常多組的感應線圈（1 5 )(每一個計分區就有一組感應線圈 與二根訊號端），而此改良產品組裝方式仍顯複雜、迴路線圈 過多’為了讓許多的訊號端能夠順暢通連電子計分元件，其同 樣需要繁雜的組裝配合構件及技術； 其二’其計分區乾框（1 3 )内同時繞設有多道感應_ 線圈（1 1 )，各相鄰的感應偵測線圈（丄丄）不僅會重疊排 列’而且形成感應债測線圈（1 D材料線材浪費及成本較高 的問題’而疊線健_造成作#上的負擔。 ^ 為了能夠有效解決前述相關議題，本發明創作人基於過去 飛鏢運動器材領域所累積的研發技術與經驗，從簡化 =醜量的鳩度下手，終於結合多年經驗研發 新么明，而使整體確實簡化組裝、降低成本。 【發明内容】 本發明之目的是提供一 種減少磁感線圈迴路 數量、線長的 8 I296938 魏騎分祕，各麵區依據預朗心圓線方向對 ~右干§1•分區，對應各扇職邊緣配設有—扇形磁感線圈 。，另弧形磁感線圈迴路對應圍繞同一路徑上至少二個計分 區’該弧_雜_路與扇形磁祕_路交錯，藉此大2 減少磁感線圈迴路的數量、線圈線長（降低成本）0 田 本發明的另—目的是提供-種簡她紅作、降低電路線 圈繞設複雜度的蘭把磁感線圈計分系統，本發明各扇形區邊 、緣配設有-扇形磁感線圈迴路，另沿著同一圓形路徑的所有計 ” n的—側對應配設有—弧形磁感線_路；有效簡化組裝工 作、降低電路_繞設複雜度’充份達絲低作業成本的實用 成效。 有關本案發明為達成上述目的、所採用之技術，手段及其 籲 他功效，兹列舉-較佳可實施例並配合圖式詳細說明如後，相 信本案發明之目的、特徵及其他優點，當可由之得一深入而具 •體之暸解； ' 請參閱第三、四騎示本發明之結構分解_剖視圖，並 且參見實施例詳細說明如下··本發明包含有一靶體（2 〇 )、 框架（3 G )、扇形韻義迴路（4 Q )、弧形魏線圈迴路 (5 0 )、金屬盍（6 0 )及電子計分單元（7 〇 )，且是搭配 具磁感飛鏢進行射鏢計分運作，而此較佳實施例之中的框架 1296938 (3 Ο )、金屬蓋（6 Q )並非本發明之必 一乾體（2 0 )，係供飛辭射定位之元件，域（2 〇 ) =表面開設有彼此連接的凹陷槽溝（2丄），且在凹陷槽溝（2 父會處製作有穿孔，而穿孔由乾體（2 〇)前表面穿透至 二t在乾體（2Q)上定位有背板（背板之技術皆為習用， =:贅述)’姆〇)的凹陷槽溝(21)依據幅 ’ 〃向對專區隔有數個扇形區（A)’並且各扇形區（A) 區=槽溝（21)在預設同心圓路徑方向對應區隔若干計分 °° 各細區（A)彼此對應之同__路 (B)形狀相同； 节框=(3 ◦) ’細轉（31)及恤組合而成， °(A于（31)依照則20)之各計分區⑻、扇形區 2配置成網_，顺架（3 0 )之轉（3 i )容 上 Γ 2 Q )㈣_ ( 2 1)…細Μ 3 1) =面開設有相連通的容槽（311)，且於框桿（3ι)交 每處—體製作具貫通孔（3 設在該革巴體（20) ^ *線柱，各導線輯應穿 、 ）的牙孔内，且各導線柱（3 2)之貫通孔 12)對應連接框桿（3!)的容槽（311); 扇形磁感線_路（4 Q )，係二端具伽_( 4丄）， 10 •1296938 且二訊號端部（41)配合扇形磁感線圈迴路（4 Ο)感磁傳 出訊號，扇形磁感線圈迴路（4 0)對應扇形區（a)外形繞 設定位在扇形區（A)週侧邊緣之框桿（31)的容槽（31 1)内，而扇形磁感線圈迴路（4 0)二端端部（41)通過 萆巴框架（3 〇)之導線柱（3 2)的貫通孔（312)向外連 接；1296938 IX. Description of the Invention: [Technical Field] The present invention relates to a configuration of a magnetic induction coil, and more particularly to a configuration system for automatically scoring a magnetic induction coil on a dartboard body, which can reliably reduce operating costs. With product costs. [Before technology] Today's darts movement is already a modern and emerging sport and entertainment. The demand for the improvement of the equipment of the recording and printing equipment has been continuously generated. For the product design that is constantly changing and changing in the market, various electronic magnetic senses Dart target equipment has become one of the mainstream products on the market. Although various magnetic dart target devices have been used as racing equipment or entertainment products in the market, how to develop a magnetic sensor score with lower cost and competitive price. Dart target equipment is still the focus of the industry's research and development. At present, there are many improvements in the magnetic induction electronic scoring target on the market. However, most of the main structures are magnetic flying records to Jingan. Wei has relatively money in each of the scoring areas. In the line of miscellaneous linings, the signal transmission (4) is used as the scoring standard; for those who are in the process of renewing the patent, please refer to the TW_234G of the figure - (The electronic contact is true: the accrual is divided into the structure of the dart block) Case; β 革 block (1 Q) is wound with induction coil (ii), and the induction ship _(11) is extended (11Q) and electronic circuit board 1296938, and A multi-channel induction coil (11) on the inner side of a dry block (1 产生) generates an inductive scoring function, and the target block (i 0) can sense the detection coil (11) sensitively and should perform automatic scoring operation; but the above tradition After the utility of the product, the following problems still occur: First, the multi-channel detection coil (1丄) of the conventional dart target must be wound and assembled for each metering zone, so a target on the target surface of the dart will be configured. Multiple sets of inductive detection coils (1 1) (each - every partition has a - group induction The circle and the two extension ends) cause the product assembly to be complicated and the loop coils are too much. In order to allow many extension ends (110) to smoothly connect the electronic scoring components, the conventional products require complicated assembly and components and techniques. Induction _ coil 糸 system operation cost is higher; Second, its partition is pure (i 0) around the circumference of the multi-channel induction side coil (1 1), each adjacent induction detection coil (1 n not only The overlapping arrangement and the formation of the inductive detection coil (JL i ) materials are wasteful and costly, and the stacking operation also causes a burden on the work. Since the above problems of the darts are still many, the applicant of the present application has proposed Related improvements, such as the second figure _73723 "electronic residual sensing structure", which is directly embedded in the light body (1 2) wire hollow (i 3), and multi-channel induction coil (1 5 ) circumscribing the hollow space (1 4) opened at the bottom end of the young (i 3 ); the above structure is used to provide the darts for magnetic induction, and 7 -1296938 and improve the correct sensing effect when projecting; Structure can reduce assembly Complexity, but this conventional structure still has the following problems: First, the multi-channel induction coil (15) of the conventional dart target must also be wound and assembled for each meter partition, so a dart target surface will be very Multiple sets of induction coils (1 5 ) (each of which has a set of induction coils and two signal terminals), and the improved product assembly method is still complicated and the loop coil is too much 'in order to allow many signal terminals to smoothly communicate Electronic scoring components, which also require complicated assembly and components and technology; the second is to have multiple induction coils (1 1 ) in the partition dry frame (1 3 ), and adjacent sensing detection The coils (丄丄) not only overlap each other but also form an inductive debt measuring coil (a problem of 1 D material wire waste and high cost) and the burden on the wire. ^ In order to effectively solve the aforementioned related issues, the creators of the present invention based on the research and development techniques and experience accumulated in the field of darts and sports equipment in the past, from the simplification = ugly temperament, finally combined with years of experience in the development of new and clear, and the overall Simplify assembly and reduce costs. SUMMARY OF THE INVENTION The object of the present invention is to provide a method for reducing the number of magnetic induction coil circuits and the line length of the 8 I296938 Weiqi sub-secret, each face area according to the direction of the pre-circumference circle to the right-hand §1• partition, corresponding to each fan The job edge is equipped with a fan-shaped magnetic coil. The arc-shaped magnetic induction coil circuit correspondingly surrounds at least two partitions on the same path. The arc_missing_road is interleaved with the sector-shaped magnetic secret_road, thereby reducing the number of magnetic induction coil circuits and the length of the coil wire. Cost) 0 Another object of the present invention is to provide a blue magnetic induction coil scoring system which reduces the complexity of circuit coil winding, and the sector and edge of each sector of the present invention are provided with a fan-shaped magnetic Sense coil circuit, and all the "n-sides of the same circular path are correspondingly arranged with - arc magnetic line _ road; effectively simplify assembly work, reduce circuit _ winding complexity 'full wire low The practical results of the operation cost. The invention aims to achieve the above object, the technology, the means and the functions thereof, and the preferred embodiments and the detailed description of the drawings are as follows. And other advantages, when it is possible to obtain an in-depth understanding of the body; 'Please refer to the third and fourth rides to illustrate the structural decomposition of the present invention, and the detailed description of the embodiments is as follows. The present invention includes a target body ( 2 〇), frame (3 G ), fan-shaped rhyme loop (4 Q ), curved Wei coil circuit (5 0 ), metal 盍 (60) and electronic scoring unit (7 〇), and match with magnetic sense The dart performs the dart scoring operation, and the frame 1296938 (3 Ο) and the metal cover (6 Q) in the preferred embodiment are not necessarily the dry body (20) of the present invention, and are components for the rifling positioning. , domain (2 〇) = the surface is provided with a concave groove (2丄) connected to each other, and in the concave groove (2 at the parent meeting, there is a perforation, and the perforation is penetrated by the front surface of the dry body (2 〇) to two t Positioning the back plate on the dry body (2Q) (the technology of the back plate is used, =: narration) The groove (21) of the 'm〇' is separated by a number of sectors (A) according to the width of the frame. ) and each sector (A) area = groove (21) corresponds to a number of points in the direction of the preset concentric circle path ° ° each fine area (A) corresponds to the same __ way (B) shape; Box = (3 ◦) 'fine turn (31) and shirt combination, ° (A (31) according to the 20) of the partition (8), sector 2 is configured into a network _, the shelf (3 0) Turn (3 i ) to accommodate Γ 2 Q ) _ ( 2 1)...fine Μ 3 1) =The surface is open with a connecting groove (311), and the frame rod (3ι) is placed at each place - the body is made with a through hole (3 is set in the leather body (20 ^ * The wire column, each wire should be worn, the hole in the hole, and the through hole 12) of each wire column (3 2) corresponds to the groove (311) of the connecting frame rod (3!); the fan-shaped magnetic line _路(4 Q ), the two ends have gamma _( 4 丄), 10 •1296938 and the two signal ends (41) cooperate with the fan-shaped magnetic coil circuit (4 Ο) magnetically sensitive signal, the fan-shaped magnetic coil circuit (4 0) Corresponding sector (a) outer shape is set in the pocket (31 1) of the frame rod (31) at the peripheral side edge of the sector (A), and the fan-shaped magnetic coil circuit (40) has two ends. The end portion (41) is outwardly connected through the through hole (312) of the lead post (32) of the 萆巴 frame (3 ;);
狐形磁感線圈迴峪I ΰ u )，你一磲具有訊號端部（5 1 )， 其二訊號端部（51)配合弧形磁感線圈迴路（5 〇)感磁傳 出訊號，弧形磁感線圈迴路（5 0)對應計分區（Β)二侧的 二個同心圓路徑圍繞同一路徑上的計分區（Β )，且孤形磁咸 線圈迴路（5 〇)對應環繞在同一圓形路徑的所有叶八區 (Β )，並讓弧形磁感線圈迴路（5 0)配設在計分區（β 内、外二側邊緣之框桿（31)的容槽（31 ί、…叩 、 丄丄）内，該弧形 磁感線圈迴路（5 0)與扇形磁感線圈迴路（4 〇)交錯夕 弧形磁感線圈迴路(5 〇)二端端部（5丄）通過靶樞‘而 〇)之導線柱（3 2)的貫通孔（312)向外連接；卞3 金屬蓋（6 0 )，係定位靠蓋於靶框架（3 〇 )的框曰 1 )上方，且金屬蓋（6 〇 )穩固護蓋在革巴框架^干（3 槽⑴“及貫通孔（312)上方；、⑼）的容 電子計分單元（7 〇 )，S裝設在滅（2 〇 )上，… 子计分單7L ( 7 Q )連接各扇形磁感顧 且包 4 〇)二端端 11 1296938 部（41 )及弧形磁感線圈迴路（5 〇)二端端部（5工）， 而電子計分單元（7 Q ) 磁感線圈迴路（4 0 )與弧 形磁感線圈迴路（5 0)的組合訊號#料進行各計分區（b ) 的計分，且確實定位魏之計分區⑻、計算著録分數； 以上所述為本發明飛餘磁感線圈計分系統的各結構、 技術與相關位置詳細說明。 【實施方式】 為求清楚制本伽之實施，以下請—併參閱本發明第五 圖所示： 本發明鏢妹體（2 Q )配合磁感應線圈（4 Q )感應具 磁力之飛録（C ) ’並且以磁感應線圈（4 〇 )集成飛錦的磁 力感應"5虎進行射録計分運作。 本發明產品線圈組裝方式如下·· 1.扇形磁感線圈迴路（40)與弧形磁感線圈迴路（5 0 )配置在金屬蓋（6 〇 )與擁架（3 〇 )之間；扇形磁感 線圈迴路（4 0 )對應扇形區⑷外形繞設定位在扇形區（A) 週側邊緣之框桿（3 1 ) 槽（3 1 1)内，Μ形磁感線 圈迴路（4 0)二端端部（41)通過乾框架（3 〇)之導線 12 ^ 1296938 桎（3 2 )的貫通孔（3 i 2)向外連接；弧形磁感線圈迴路 (5 0)對應計分區（b)同心圓路徑繞設定位，且弧形磁感 • &圈迴路（5 0)對應環繞在-同心圓路徑上所有計分區 、 （B ) ’並讓孤形磁感線圈迴路（5 〇 )配設在計分區（b ) 内、外二側邊緣之框桿（31)的容槽（31 1)内，而弧形 石兹感線圈迴路（5 0 )二端端部（5 1 )通過革巴框架（3 〇 ) _ 之&線柱（3 2)的貫通孔（3 12)向外連接；至此，本發 明的兩種線圈繞設工作已經較習用產品組裝過程大為簡化（能 即省弁多的作業時間）、迴圈數量、線長更能大幅減少。 2·金屬蓋（6 0 )與靶框架（3 0 )組合，由於金屬蓋（6 〇)上方表面為Λ字屋頂形，故本發明可以大幅降低飛鏢損害 革巴樞架（3 0 )、扇形磁感線圈迴路（4 〇 )與弧形磁感線圈 鲁 迴路（5 0)的機會。 3·將靶體（2 0 )、靶框架（3 〇 )組合；將靶框架（3 〇)置入靶體（2 〇)前表面開設的凹陷槽溝（2丄）内，且 各導線柱對應置人脉體（2 Q )的穿孔内，並將二者螺鎖固 ，此時’各扇形磁感線圈迴路（4 〇)二端端部（41)及 _磁感線圈迴路（5 〇)二端端部（5 ^)通過乾框架（3 〇)之貫通孔（312)連接至位於靶體（2 0)上的電子計 13 1296938 分單元（7 0)(背板及電子計分單元電路之技術皆為習用， 在此不多作贅述）。 計分時’使用者先行射出飛録（C)，麟（C )若能進 2计分區（B)穩定著鏢，則電子計分單元（7 σ)利用各 計分區（Β )週侧的-扇形磁感線圈迴路（4 〇)與—狐形磁 祕圈迴路（5 〇)的組合訊號資料進行計分，該弧形磁感線 丨 _路（5 0 )與細彡磁姐圈鱗（4 Q )交喊應產生二 組如虎，且以二組訊號確實定位出c)著録之計分區 ⑻、計算飛録（c)著數；藉此，本發明可以有效簡 化白用的線圈配置、線路拉弓卜連接的複雜度，確實是—種減 少磁感線圈迴路數量、線長的全新配置系統。 另方面，以往乾體之革巴心計分都是線圈同心配置方式， 無扇形磁感線圈迴路（4 〇)與弧形磁感線圈迴路（5 〇) 父錯配置的模式，故本發明細仍可運用制之同心配置線 圈並不〜專本發明之技術特性與功效；另外，本發明乾體、 萆巴框的型式無需特別定義（本實施例採乾框架組合金屬蓋的模 式），只要扇形磁感線圈迴路（4 〇 )無形磁感線圈迴路（5 月b夠配置在革巴體上就能產生功效，至於革巴框、革巴體或使用 金屬蓋與否皆非本案限制之範圍。 14 1296938 再需一提的是，由於市面上各種飛鏢靶面設計不同，本發 月若有部份計分區（B)係僅被扇形磁感線圈迴路（4 0)或 弧形磁感線圈迴路（5 〇)圍繞時，則在著鏢後，該電子計分 單元（7 0)利用各計分區（B)扇形磁感線圈迴路（4 〇) 與弧形磁感線圈迴路（5 〇)同時感應時或其中之一感應的訊 號進行不同結果的計分，更能增加本發明線圈配置與計分的變 化性（電子計分單元電路之技術皆為制，在此不多作贅述）。 請參閱第六圖所示，本發明的電性連接電子計分單元的弧 开v兹感線圈迴路（5 〇)僅需對應同一孤形路徑圍繞至少二個 計分區（B)既可產生前述功效，因此，第六圖揭露本發明另 一實施是_紐孤形碱線圈迴路（5 Q )進行同一圖形路 徑上計分區⑻的繞線配設，且屬於本發明技術保護的 範圍之一。 练上所述’本案之創新設計是在飛鏢乾上配設有數磁感線 圈：及電子計分單元’該飛觀扇形區邊緣配設有一扇形 磁感線圈迴路，另沿著同—_路徑的所有計分區在二側對應 酉己:_磁感線圈迴路，該弧形磁感線圈迴路與扇形磁感線 圈d顧前_祕_路可搭配電子計分單元進行 15 1296938 口冲刀區的打，且電子计分單凡接收屬形磁感線圈迴路的訊 號與弧形麵、_迴路的峨後，確料位雜之計分區料 算著鏢分數，另可以大幅減少磁感_迴路的數量、線圈線 長’並且有效簡倾裝玉作、降低電鱗職魏雜度，達成 降低作業成本的實賴效；所以本發批『具有產業之可利用 性』應已毋庸置疑，除此之外，在本案實施例所揭露出的特徵 技術，於申清之前並未曾見於諸刊物’亦未曾被公開使用，不 但具有如上所述功效增進之事實，更具有不可輕忽的附加功 效，是故，本發明的『新穎性』以及『進步性』都已符合專利 法規，爰依法提出發明專利之㈣，析請惠 專利，她恵便。 賜准 16 1296938 【圖式簡單說明】 第一圖是第一習用示意圖。 第一圖是第二習用示意圖。 第二圖是本發明實施例分解立體圖。 第四圖是本發明實施例迴路分解示意圖。 弟五圖是本發明線圈配置示意圖。 第六圖是本發明另一實施例配線分解示意圖。 【主要元件符號說明】 《習用》 線圈（1 1) 靶框（13) 線圈（1 5) 計分區（B) 凹陷槽溝（21) 靶塊（10) 延伸端（1 1 0) 靶體（12) 中空空間（14) 《本發明》 扇形區（A) 飛鏢（C ) 靶體（2 0) 1296938 靶框架（3 Ο ) 容槽（3 1 1 ) 扇形磁感線圈迴路（4 Ο ) 弧形磁感線圈迴路（5 0) 金屬蓋（6 0) 電子計分單元（7 0) 框桿（31) 貫通孔（312) 端部（41) 端部（51) 18The fox-shaped magnetic coil turns back ΰ u , u ), you have a signal end (5 1 ), and the second signal end (51) cooperates with the curved magnetic coil circuit (5 〇) to transmit the signal, the arc The magnetic induction coil circuit (50) corresponds to the two concentric circular paths on the two sides of the partition (Β) around the meter partition (Β) on the same path, and the solitary magnetic salt coil loop (5 〇) corresponds to the same circle. All the leaves of the shape of the eight-zone (Β), and let the arc-shaped magnetic coil circuit (50) be placed in the partition (the inside and outside of the two side edges of the frame rod (31) pocket (31 ί,...叩, 丄丄), the arc-shaped magnetic induction coil circuit (50) and the sector-shaped magnetic induction coil circuit (4 〇) are interlaced with the arc-shaped magnetic induction coil circuit (5 〇) at the two end ends (5丄) through the target The through hole (312) of the lead post (32) of the pivot is connected outward; the 金属3 metal cover (60) is positioned above the frame 曰1 of the target frame (3 〇), and Metal cover (6 〇) stable cover in the Geba frame ^ dry (3 slots (1) " and through holes (312); (9)) electronic capacitive scoring unit (7 〇), S installed in the off (2 〇 ),... The sub-single 7L ( 7 Q ) connects each of the fan-shaped magnetic sensors and includes 4 〇) two end ends 11 1296938 part (41 ) and a curved magnetic induction coil circuit (5 〇) two end parts (5 work), and the electronic meter Sub-unit (7 Q ) The combined signal of the magnetic induction coil circuit (40) and the curved magnetic induction coil circuit (50) is used for the scoring of each meter partition (b), and the Weizhi meter partition (8) is indeed located. Calculating the recorded scores; The above description is a detailed description of the structures, technologies, and related positions of the femtoforeductive magnetic coil scoring system of the present invention. [Embodiment] In order to clarify the implementation of the system, the following is--see the present invention. The fifth figure shows: The dart body body (2 Q) of the present invention is matched with the magnetic induction coil (4 Q ) to sense the magnetic fly recording (C ) 'and the magnetic induction coil (4 〇) is integrated with the magnetic induction of the flying brocade "5 tiger The recording and scoring operation is performed. The coil assembly method of the present invention is as follows: 1. The fan-shaped magnetic induction coil circuit (40) and the curved magnetic induction coil circuit (50) are disposed on the metal cover (6 〇) and the support (3) 〇); the sector-shaped magnetic coil circuit (40) corresponds to the sector (4) shape around the set position in the sector A) In the frame (3 1 ) groove (3 1 1) of the side edge of the circumference, the two ends (41) of the circular magnetic coil circuit (40) pass through the wire of the dry frame (3 〇) 12 ^ 1296938 桎The through hole (3 i 2) of (3 2 ) is connected outward; the curved magnetic induction coil circuit (50) corresponds to the partition (b) concentric circle path around the set position, and the arc magnetic sense • & loop circuit ( 5 0) Corresponding to all the partitions on the - concentric circle path, (B) 'and let the solitary magnetic coil circuit (5 〇) be placed in the inner and outer edges of the meter partition (b) (31 ) in the pocket (31 1), and the curved end of the curved wire loop (50) (5 1 ) passes through the frame of the Geba frame (3 〇) _ & the column (3 2) The holes (3 12) are connected outwardly; thus, the two coil winding operations of the present invention have been greatly simplified compared to the conventional product assembly process (which can save a lot of work time), the number of loops, and the line length can be greatly reduced. . 2. The metal cover (60) is combined with the target frame (30). Since the upper surface of the metal cover (6 〇) is a U-shaped roof shape, the present invention can greatly reduce the damage of the darts to the gravitational pivot (30) and the fan shape. The opportunity of the magnetic induction coil circuit (4 〇) and the curved magnetic induction coil Lu circuit (50). 3. Combine the target (20) and the target frame (3 〇); place the target frame (3 〇) into the concave groove (2丄) opened on the front surface of the target (2 〇), and each lead post Corresponding to the perforation of the human vein (2 Q ), and screwing the two together, at this time, 'the fan-shaped magnetic coil circuit (4 〇) two ends (41) and the _ magnetic coil circuit (5 〇) The two end portions (5^) are connected to the electronic meter 13 1296938 subunit (70) on the target body (2 0) through the through hole (312) of the dry frame (3 )) (backplane and electronic scoring unit) The technology of the circuit is a matter of practice, and will not be repeated here.) When scoring, the user first shoots the fly record (C), and if Lin (C) can enter the 2 meter partition (B) to stabilize the dart, the electronic scoring unit (7 σ) uses the circumference of each meter partition (Β). - Scoring the combined signal data of the fan-shaped magnetic coil circuit (4 〇) and the fox-shaped magnetic ring circuit (5 〇), the curved magnetic sensation line 丨_路(5 0 ) and the fine magnetic sister circle scale (4 Q) The shouting should produce two groups of tigers, and the two sets of signals do locate the c) recorded partitions (8) and the calculated fly records (c); thereby, the present invention can effectively simplify the coil configuration for white use. The complexity of the connection of the line and the bow is indeed a new configuration system that reduces the number of magnetic coil circuits and the length of the line. On the other hand, in the past, the heart-scoring of the dry body is a coil concentric arrangement, and there is no fan-shaped magnetic coil circuit (4 〇) and a curved magnetic coil circuit (5 〇). It is still possible to use the concentric arrangement of the coils without the technical characteristics and effects of the present invention. In addition, the type of the dry body and the frame of the present invention need not be specifically defined (the mode of combining the metal cover of the frame in this embodiment), as long as Fan-shaped magnetic induction coil circuit (4 〇) invisible magnetic induction coil circuit (May b can be placed on the leather body to produce efficiency. As for the frame, the leather body or the metal cover, it is not the scope of this case. 14 1296938 It is also worth mentioning that due to the different design of various darts on the market, if there is a partial partition (B) in this month, it is only a fan-shaped magnetic coil circuit (40) or a curved magnetic coil. When the circuit (5 〇) is surrounded, the electronic scoring unit (7 0) uses each meter partition (B) sector magnetic coil circuit (4 〇) and curved magnetic coil circuit (5 〇). At the same time, when the signal is sensed or one of the signals is different, the signal is different. The scoring of the fruit can further increase the variability of the coil configuration and the scoring of the present invention (the techniques of the electronic scoring unit circuit are all described herein, and will not be further described herein.) Referring to the sixth figure, the electric power of the present invention is shown. The arc-connected loop circuit (5 〇) of the electronically connected electronic scoring unit only needs to correspond to the same orphan path to surround the at least two metering partitions (B) to generate the aforementioned effects. Therefore, the sixth figure discloses another aspect of the present invention. The implementation is a _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ There are several magnetic induction coils on the dry: and the electronic scoring unit. The edge of the fan-shaped sector is equipped with a fan-shaped magnetic coil circuit, and the other sections along the same path are on the two sides: Inductive coil circuit, the arc-shaped magnetic induction coil circuit and the fan-shaped magnetic induction coil d can be used with the electronic scoring unit to perform 15 1296938 mouth punching area, and the electronic scoring unit receives the shape magnetic sense The signal and curved surface of the coil circuit, _ back After the road's hustle and bustle, it is true that the partition is calculated as the dart score, and the magnetic sensation_the number of loops and the length of the coil wire can be greatly reduced, and the effective slanting of the jade is reduced. The actual cost of reducing the cost of operation; therefore, the issue of "has the availability of the industry" should be unquestionable. In addition, the features revealed in the examples in this case have not been seen in the publications before Shen Qing. 'It has not been used publicly, not only has the fact that the effect is improved as described above, but also has additional functions that cannot be neglected. Therefore, the "novelty" and "progressiveness" of the present invention have been in compliance with patent laws and regulations. Patent (4), please apply for patents, she will be convenient. Grant 16 1296938 [Simple diagram of the diagram] The first diagram is the first schematic diagram. The first diagram is the second schematic diagram. The second figure is an exploded perspective view of an embodiment of the present invention. The fourth figure is a schematic diagram of loop decomposition of an embodiment of the present invention. The fifth figure is a schematic diagram of the coil configuration of the present invention. Figure 6 is a schematic exploded view of another embodiment of the present invention. [Main component symbol description] "Use" Coil (1 1) Target frame (13) Coil (1 5) Meter partition (B) Groove groove (21) Target block (10) Extension end (1 1 0) Target ( 12) Hollow space (14) "Invention" Sector (A) Darts (C) Target (2 0) 1296938 Target frame (3 Ο) Jar (3 1 1) Fan-shaped magnetic coil circuit (4 Ο) Arc Magnetic induction coil circuit (5 0) Metal cover (6 0) Electronic scoring unit (7 0) Frame rod (31) Through hole (312) End (41) End (51) 18