TWI291359B - Integrating sound and the electromagnetism induced dartboard system - Google Patents

Integrating sound and the electromagnetism induced dartboard system Download PDF

Info

Publication number
TWI291359B
TWI291359B TW094135394A TW94135394A TWI291359B TW I291359 B TWI291359 B TW I291359B TW 094135394 A TW094135394 A TW 094135394A TW 94135394 A TW94135394 A TW 94135394A TW I291359 B TWI291359 B TW I291359B
Authority
TW
Taiwan
Prior art keywords
sound
dart
magnetic
electronic circuit
magnetic induction
Prior art date
Application number
TW094135394A
Other languages
Chinese (zh)
Other versions
TW200714319A (en
Inventor
Jeff Yiu
Original Assignee
Jeff Yiu
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Jeff Yiu filed Critical Jeff Yiu
Priority to TW094135394A priority Critical patent/TWI291359B/en
Priority to DE102006048237A priority patent/DE102006048237A1/en
Priority to US11/548,315 priority patent/US20070228658A1/en
Priority to GB0620490A priority patent/GB2432796B/en
Publication of TW200714319A publication Critical patent/TW200714319A/en
Application granted granted Critical
Publication of TWI291359B publication Critical patent/TWI291359B/en

Links

Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41WEAPONS
    • F41JTARGETS; TARGET RANGES; BULLET CATCHERS
    • F41J3/00Targets for arrows or darts, e.g. for sporting or amusement purposes
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41WEAPONS
    • F41JTARGETS; TARGET RANGES; BULLET CATCHERS
    • F41J5/00Target indicating systems; Target-hit or score detecting systems
    • F41J5/04Electric hit-indicating systems; Detecting hits by actuation of electric contacts or switches
    • F41J5/052Targets comprising a plurality of electric contacts, each corresponding to a discrete target section and being actuated by the movement thereof
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F41WEAPONS
    • F41JTARGETS; TARGET RANGES; BULLET CATCHERS
    • F41J5/00Target indicating systems; Target-hit or score detecting systems
    • F41J5/06Acoustic hit-indicating systems, i.e. detecting of shock waves
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F42AMMUNITION; BLASTING
    • F42BEXPLOSIVE CHARGES, e.g. FOR BLASTING, FIREWORKS, AMMUNITION
    • F42B6/00Projectiles or missiles specially adapted for projection without use of explosive or combustible propellant charge, e.g. for blow guns, bows or crossbows, hand-held spring or air guns
    • F42B6/003Darts

Abstract

The present invention relates to an integrating sound and the electromagnetism induced dartboard system which includes a magnetic induction dartboard, a sound inducer and a calculating circuit. A sound inducer is set up in a side of the magnetic induction dartboard and is connected with the calculating circuit which could calculate at the same time while it is receiving the sound wave and the magnetic induction. The forth set system can still calculate the correct statistic under the electromagnetic interference and can calculate the statistic even when the dart is empty in accordance with the sound of the dart. It is unquestionable that this integrating sound and the electromagnetism induced dartboard system is very functional.

Description

'1291359 九、發明說明: 【發明所屬之技術領域】 本發明係一種聲音及電磁集成感應鏢乾系統,其運用磁感 - 應搭配聲音感應產生確實著鏢計分的效果,並讓本發明不會被 、 一般電磁干擾影響競赛的計分結果。 【先前技術】 飛鏢運動現今已經成為一種現代運動競技及一種適合各 類人種的娛樂活動,其錄$材技誠良的需求也—直不斷產 生,針對市場上不斷求新求變的產品設計,各種磁祕輕器材 也開始成騎場上的线之―,賴各種麵練器材已在市 面上作為競赛設備或娛樂用品,但是,如何·出更符合使用 者而求的磁感分録材仍然是業界研發時的重點。'1291359 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a sound and electromagnetic integrated induction dart system, which uses a magnetic sense - which should be combined with sound induction to produce a true dart score effect, and the present invention does not The result of the scoring of the competition will be affected by general electromagnetic interference. [Prior Art] The darts movement has become a modern sports competition and an entertainment activity suitable for all kinds of races. The demand for the material technology is also constantly generated, and the product design is constantly changing for the market. All kinds of magnetic secret light equipment have also begun to become the line on the riding field. Lai's various surface training equipment has been used as a racing equipment or entertainment products in the market. However, how to make a magnetic sensing material that is more suitable for users It is still the focus of the industry's research and development.

傳統縣由於其供麟騎插設之_結構均係以環麻 或直立纖維製作而成,且各種飛_針亦為金屬之結構,當使 用者投射飛鏢時’飛鏢鏢針射中靶The traditional county is made up of lining or erect fibers, and the various flying _ needles are also made of metal. When the user projects the darts, the darts and darts hit the target.

Mi償伙體之感見甚為沈穩、聲響低 ^者Γ☆雖其計分枝錢,但至今健仙當多的人士 所吾炎,更為比赛時主要之道具。 乾大都僅單純具有磁力感應功 目前市面上的電子計分鏢 月匕或塵觸感應功能: •1291359 壓觸感應功能式產品結構配合一般稱為孔板之插鏢結 構,以孔板觸動於其後方之電子觸壓電路,以使電子觸壓電路 感測出不同之分數並加以計分顯示,此習用結構因其孔板係為 活動式結構,無論孔板受力大小,只要其有受力碰撞即會發生 移動而與後方之電路板麵,並且送出誤計信號,故此種具有 孔板的產品不論其飛鏢騎體是硫人孔㈣,只要有碰撞之 情形即有可缺生計分的現象,縱使麟麟體縣孔板後發 生舞出之縣時,該孔板仍會移蝴域款板計分丨或 者,其飛鏢鏢針體插人孔_力道過輕,而不足轉動孔板觸 及電子電路板進行計分,又或,投射力道過大時令孔板無法回 復原位,而發生_觸發計分之缺失;以上紐均會產生誤判 分數之情事,故電子紅飛餘縣改良將難崎比賽場合中 使用。 、磁力感應式飛躲則有諸多改良之結構,其中不乏諸多獲 准專利者,其主要之結構係在高密狄_外配設有感應線 US5,775,嶋磁力飛騎 構案1飛身(! Q )為無磁紐材料,在飛簡身(丄 〇)前端嵌設-凸出柱型的強力磁件(11)(市場上也有輝 ,相磁力件出現),且錄(i 4)運用具多道電磁線圈(1 6 :1291359 ‘ 2 )配合電子計分祕(1 3 )產生感應計分功能,前述微 (14)可以靈敏感應強力磁件(χ i)進行自動計分運算; 但是上述傳統產品實用後仍有下述問題產生: 其一,此習用鏢靶(14)的多道電磁線圈(丄2)配合 電子計分系統(1 3 )會靈敏感應任何的電磁訊息,若是競賽 場合有人接聽手機或有電磁設備經過,該電磁線圈(工2 )都 會配合電子计分系統(13)產生錯誤計分,也造成競赛中無 I 法令人射的諸纽慮,故現今—般競賽者仍經常刻意改用目 視計分方式; /、一 ^、%録録針插入乾體(塊)力道過輕時,雖然飛録録 身(1 0 )不足保持在鏢乾(1 4 )上,但是延著鏢乾(1 4 ) 靶面掉洛的飛鏢鏢身(1 0 )前端仍有一個強力磁件(1 1 ), 該強力磁件(11)掉落過程中不斷令數道電磁線圈(i 2) 感應’且會讓電子計分系統(1 3 )產生多次的重覆錯誤計分, .又或’飛鏢録身(10)投射力道過小,不僅沒有著鏢,且強 力磁件(11)僅僅觸靠到録乾(14)時’同樣會令電磁線 圈(12)感應,而發生持續觸發計分之缺失;以上狀況均會 產生誤判分數之情事,故習用的電子式之飛鏢靶若未改良將難 以於比赛場合中使用; 其二’著鏢於鏢靶(14)外時不會計空靶,故其空乾無 法計算。 ...... 7 1291359 由於上述電子感應鏢靶的失誤影響計分之準確性甚鉅,故 有業者提出相關之改良,如第二圖之第89208150號『電子飛 鏢靶之確實感應結構改良』,其在靶體上安裝壓觸式活動乾塊 (1 6 ),且另於活動靶塊(1 6 )週侧設有感應線圈(1 5 ), 藉以上結構以提供飛録乾同時進行磁力感應功能及壓觸感應The feeling of Mi's remuneration is very stable and the sound is low. The Γ Γ ☆ ☆ Although it counts money, but now the people who are more than Jian Xian are more flaming, more main props during the game. Most of the dry only have magnetic induction work. Currently, the electronic scoring darts or dust touch sensing function on the market: • 1291359 Pressure touch sensing functional product structure cooperates with the dart structure generally called the orifice plate, and the orifice plate touches it. The electronic touch circuit on the rear side causes the electronic touch circuit to sense different scores and display the scores. The conventional structure has a movable structure due to the orifice plate, regardless of the force of the orifice plate, as long as it has When the force is collided, the board surface will move and the rear side will be sent out, and the miscalculation signal will be sent. Therefore, the product with the orifice plate is a sulfur hole (4) regardless of the dart riding body, and there is a lack of scoring as long as there is a collision. The phenomenon, even if the county where the slabs of the Linlin County County danced out, the hole plate will still move the domain board scores or its darts and needles inserted into the hole _ force is too light, but less than the rotating hole The board touches the electronic circuit board for scoring. Or, if the projection force is too large, the orifice plate cannot be returned to the original position, and the _triggering score is missing; the above New Zealand will produce a false judgment score, so the electronic red fly Yuxian improvement Will be difficult Competition occasions to use. There are many improved structures for magnetic induction flying. Among them, there are many patents. The main structure is in the high-density _ outside with the induction line US5,775, the magnetic flying structure 1 flying body! (Q ) is a non-magnetic material, embedded in the front end of the flying body (丄〇) - a strong magnetic piece (11) protruding from the column type (there is also a glow on the market, phase magnetic parts appear), and recorded (i 4) The multi-channel electromagnetic coil (1 6 : 1291359 ' 2 ) cooperates with the electronic scoring secret (1 3 ) to generate an inductive scoring function, and the aforementioned micro (14) can be sensitive to the automatic magnetic component (χ i) for automatic scoring operation; After the traditional products are practical, the following problems still occur: First, the multi-channel electromagnetic coil (丄2) of the conventional dart target (14) is combined with the electronic scoring system (13) to be sensitive to any electromagnetic information, if it is a competition occasion. When someone answers the mobile phone or has electromagnetic equipment passing through, the electromagnetic coil (Work 2) will cooperate with the electronic scoring system (13) to generate false scoring, and also cause no considerations in the competition, so the current competition Still often deliberately switch to visual scoring; /, a ^ When the % recording needle is inserted into the dry body (block), the force is too light, although the fly recording body (10) is not enough to keep on the dart (1 4), but the dart is dry (1 4 ) There is still a strong magnetic piece (1 1 ) at the front end of the dart body (1 0 ). The strong magnetic piece (11) constantly causes several electromagnetic coils (i 2) to sense during the falling process and will make the electronic scoring system ( 1 3) Generate multiple repeated error scores, or 'Darts (10) projection force is too small, not only without darts, and the powerful magnetic parts (11) only touch to the dry (14)' It will also cause the electromagnetic coil (12) to be inductive, and the continuous triggering of the scoring will occur; all of the above conditions will lead to misjudgment scores, so the electronic darts target that is not used will be difficult to use in the game; 'When the dart is outside the dart target (14), the empty target is not counted, so the air dry cannot be calculated. ...... 7 1291359 Because of the accuracy of the above-mentioned electronic sensor darts, the accuracy of the scoring is very large, so some manufacturers have proposed related improvements, such as No. 89208150 of the second figure, "Improve the structure of the electronic darts 』, the pressure contact movable dry block (16) is mounted on the target body, and the induction coil (15) is further disposed on the circumference side of the movable target block (16), and the above structure is used to provide the fly recording dry simultaneously. Magnetic induction function and pressure touch induction

功能’並且提昇投射時正確之感應效果;此種習用改良結構雖 然可以避免飛勤道掉斜的料分情事,但此結構卻仍有以 下問題: 其一,活動靶塊(16)的配合構件十分多,而且必須有 複雜的應設備,其成本必絲高打,造成產品市場競 爭時的缺陷; 其二’活動乾塊(;L 6 )必須有向後推動的力量,若是飛 =能沒麵針著料,射、麟_场力同樣會讓活動 “ 1 6 )位移,而感應線圈(i 5 )囉會_ 職屬料騎分之失誤; 計时活絲塊(16)之外的魏綠全無法 ^日务生空乾計分困難的問題(無法残料八、 種產品仍有本身無法克服缺陷存在。…),故此 為了能夠有效解決前述相關議題,本發明創作人基於過去 .1291359 在㈣運動糾魏所累積的研發技術與經驗,從 的人因科學肢下手,終於結合充磁、音祕術纽此-創新 發明,而舰射確賴騎分、㈣雜之正雜,並達到 使用競赛上之實用性。 【發明内容】 本4月之目的係提供—種避免干擾的聲音及電磁集成感 麟把线’㈣-磁錢錄妓有―聲音感應器,並讓聲 音感應器料分電子魏連接,社縣餅財電磁干擾下 仍然產生正確的計分數據。 本發明的另—目的提供—射以計算雜崎音及電磁 集成感應微系統,本發日月_聲音感應器設域應著録的聲 音(可採預設之頻率、音量),並讓聲音感應器與計分電子電 路連接賊麟算是轉蛛,並將球結果與計分結果 一併運算。 有關本案發明為達成上述目的、所採用之技術,手段及其 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—深入而具 體之暸解; 1291359 - 清茶閱第三、四圖所示本發明之系統圖與實施例示意圖, 益且麥見實施例詳細說明如下:本發明包含有一鏢靶(2 〇 )、 磁感應線圈(3 〇 )、計分電子電路(4 0 )及聲音感應器(5 0 )’且係搭配具磁力之飛錦(6 0)進行射録計分運作;其 中: ' 該録乾(2 0 ),係製作有數個計分區(2 1 )供飛鏢(6 〇)著鏢之用; # 該磁感應線圈(3 0 ),係設置在該鏢靶(2 0 )上的磁 感應元件,且分別對應該鏢乾(2 〇)的各計分區(21); §亥计分電子電路(4 0 ),裝設在該鏢靶(2 0 )上,且 計分電子電路(4 Q )連接各該磁祕線圈(3 q ),並接收 該磁感應線圈(3 〇)傳遞之飛鏢(6 〇)磁感訊號; 該聲音感應H ( 5 Q ),係對細置在該躲(2 〇 )週 側,且其與計分電子電路(4 0)連接,並且依設計的預定頻 • 率、音量對應飛鏢(6 0)的著録聲音產生音感訊號,而該計 分電子電路(4 Q)同步連接集成磁感應線圈(3 Q )之磁感 訊號與聲音感應器(5 〇)之音感訊號時,其同時獲致兩者訊 號則計分採認,該聲音感應器(5 〇 )獲致單一聲音感應器(5 〇 )之音感訊號則採認為$乾,其獲致單一磁感應線圈(3 〇 ) 之磁感訊號不計分也不計蛛,_計分電子電路(4 〇 )在 計算結果後向外輸出(輪出訊號、顯示訊號之方式皆為習用, ⑧ 10 ‘1291359 在此不多作贅述); 以上所述為本發明聲音及電磁集成感應鏢革巴系統的各結 構、技術與相關位置詳細說明。 【實施方式】 為求清楚說明本發明之實施,以下說明本發明第三圖之聲 音及電磁集成感應鏢把系統示意圖與第四圖之實施: 本發明録把(2 0)配合磁感應線圈(3 〇)及聲音感應 為(5 0 )感應具磁力之飛録(6 〇 ),並且集成飛録(6 〇 ) 的磁力感應號與著鏢聲音進行射録計分運作。 正常著鏢時: 具磁力之飛鏢(6 〇)射鏢插入該鏢靶(2 〇)的其中一 個計分區(2 1 ),而對應各計分區(2 i )設置在 ( 2 0 )上_感應線圈(3 Q )產生磁力線切割效應,且以磁感 應線圈(3 Q )產生對應麟(6 q )軸時_感訊號; 在此同時’該麟(6 Q )插人該魏(2 Q )時會產生 :定頻率、音量的著_音(類似、、朵„鱗音),而配置在 搞靶(2 0 )週侧的聲音感應器(5 〇 )就會依設計感應著 鏢聲音產生音感訊號; I29l359 接著,該計分電子電路(4 0 )同步集成磁感應線圈(3 〇)之磁感訊號與聲音感應器(5 0)之音感訊號進行與否, 同時獲致兩者訊號則計分採認有效,並在計算後輸出。 不正常之狀況: 在競賽場合有人接聽手機或有電磁設備經過時,雖然該錄 乾(2 0 )上的磁感應線圈(3 0 )同樣產生磁力線切割效應, 且以磁感應線圈(3 0)產生對應飛鏢(6 〇)著鏢時的磁感 訊谠,但是該計分電子電路(4 〇)無法同步集成磁感訊號與 音感訊號,故計分電子電路(4 〇)會將單一磁感應線圈(3 0)之磁感訊號不計入有效計分,也不會計入空無數量,並在 计鼻後輸出。 射録空乾時: 本發明使用者射出空靶時,具磁力之飛鏢(6 〇 )射鏢插 入该鏢靶(2 〇 )的非計分區(包含週邊),由於該鏢靶(2 〇)非計分區並無磁感應線圈(3 0)產生磁力線切割,故在 飛鏢(6 0)空靶著鏢時不會有磁感訊號,而要進行計分時, 瀛口十刀包子電路(4 〇 )仍然無法同步集成磁感訊號與音感訊 號、’僅會依照單-聲音感應器(5 〇)之音感訊號判斷是否採 w為卫靶(可辨別著鏢音之技術已屬習用,在此不多作贅述), ⑧ :1291359 且計分電子電路(4 Ο)運算一次空靶數量。 本發明可以在電磁干擾下仍然產生正確的計分數據,又能 利用耸音感應器設定感應著鏢的聲音,並讓空靶同樣被計分電 子電路感應計算,因此,本發明空把結果與計分結果會一併運 异’完全符合現今之競赛標準。 ^ 纽必須說明的是,本發明鏢乾配合磁感應線圈及聲音感 應器感應麟,至於飛鏢是否具磁力辦本發明_,具磁力 鏢實施方式如前段制,不具磁力之麟輯分則可以利用 鏢乾磁感應線圈的磁感量變化取得訊號(磁感應線圈各種感應 技術為習知,在此不作贅述);故本發明的飛鏢並非限定具磁 力,一般非磁性飛鏢同樣可以提配磁感應線圈產生計分運作。 • 綜上所述,本案之創新結構設計係搭配一磁感應鏢靶裝設 有一聲音感應器,並讓聲音感應器與計分電子電路連接,而計 分電子電路在同時接收聲音感應與磁感應時進行計分,前述系 統可以在電磁干擾下仍然產生正確的計分數據,且能感應計算 空乾;所以本發明之『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,於申請之前並 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 1291359 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 利之申請,祈請惠予審查並早曰賜准專利,實感德便。 1291359 【圖式簡單說明】 第一圖係第一習用示意圖。 第二圖係第二習用示意圖。 第三圖係本發明系統示意圖。 第四圖係本發明實施示意圖。 【主要元件符號說明】 《習用》 鏢身(10) 電磁線圈(12 ) 鏢靶(14) 活動把塊(16) 強力磁件(1 1) 電子計分系統(13) 感應線圈(15) 《本發明》 鏢靶(2 0) 計分區(2 1) 磁感應線圈(3 0) 計分電子電路(4 0) 聲音感應器(50) 飛鏢(6 0)The function 'and enhances the correct sensing effect when projecting; although this conventional improved structure can avoid flying off the oblique material, the structure still has the following problems: First, the matching component of the movable target block (16) There are many, and there must be complex equipment, the cost of which will be high, causing defects in the competition of the product market; the second 'active dry block (; L 6 ) must have the power to push backwards, if it is flying = can no face Needle feeding, shooting, Lin _ field force will also make the activity "16" displacement, and the induction coil (i 5) 啰 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ I can't solve the problem of difficulty in scoring in Japan (there is no way to remnant the material, the product still has its own insurmountable defects....), so in order to effectively solve the aforementioned related issues, the creator of the present invention is based on the past. 1291359 in (4) The research and development techniques and experience accumulated by the movements and corrections, from the human body science, finally combined with magnetization, sound and secret technology - innovative invention, and the ship is really dependent on riding, (four) miscellaneous, and use Practical in competition [Inventive content] The purpose of this April is to provide a kind of sound and electromagnetic integration that avoids interference. The line '(4)-magnetic money is recorded with a sound sensor, and the sound sensor is divided into electronic Wei connection. The county is still producing the correct scoring data under the electromagnetic interference. The other purpose of the present invention is to provide a sound for calculating the miscellaneous sound and electromagnetic integrated sensing micro-system, and the sound of the sound sensor should be recorded. (The preset frequency and volume can be taken), and the sound sensor and the scoring electronic circuit are connected to the thief, and the ball result is calculated together with the scoring result. The invention of the present invention is used for achieving the above purpose. Techniques, means and other functions are listed as follows. Preferred embodiments and detailed descriptions of the drawings are as follows. It is believed that the objects, features and other advantages of the present invention can be obtained from the in-depth and specific understanding; 1291359 - Tea Referring to the third and fourth figures, the system diagram and the embodiment of the present invention are shown in detail. The invention is described in detail below. The present invention comprises a dart target (2 〇) and a magnetic induction coil (3). ), scoring electronic circuit (40) and sound sensor (50)' and matching with the magnetic flying brocade (60) for the shooting and scoring operation; where: 'The recording is dry (2 0), There are several counting zones (2 1 ) for darts (6 〇) for darts; # The magnetic induction coil (30) is a magnetic sensing element placed on the dart target (20), and respectively corresponds to the dart (2 〇) each meter partition (21); § Hai score electronic circuit (40), mounted on the dart target (20), and a scoring electronic circuit (4Q) connecting each of the magnetic coils (3 q ), and receiving the magnetic induction signal transmitted by the magnetic induction coil (3 〇); the sound sensing H ( 5 Q ), the pair is placed on the side of the hiding (2 〇), and Connected to the scoring electronic circuit (40), and the sound signal is generated according to the predetermined frequency and volume of the design corresponding to the recording sound of the dart (60), and the scoring electronic circuit (4Q) is synchronously connected to the integrated magnetic induction coil. (3 Q ) The magnetic sensor signal and the sound sensor (5 〇) sound signal, when the two signals are simultaneously received, the sound sensor (5 〇) The sound signal of the single sound sensor (5 〇) is considered to be dry, and the magnetic signal of the single magnetic induction coil (3 〇) is not scored or counted, and the _ score electronic circuit (4 〇) is calculated. The output is backward and outward (the way of turning out the signal and displaying the signal is customary, 8 10 '1291359 is not repeated here); the above is the structure, technology and structure of the sound and electromagnetic integrated induction darts system of the present invention. Detailed description of the relevant location. [Embodiment] In order to clearly explain the implementation of the present invention, the following is a schematic diagram of the sound and electromagnetic integrated induction dart system of the third embodiment of the present invention and the implementation of the fourth figure: The present invention is directed to the magnetic induction coil (3) 〇) and the sound induction is (5 0) the magnetic recording of the sensor (6 〇), and the magnetic sensor number of the integrated recording (6 〇) and the dart sound are recorded and scored. When normal darts: A magnetic dart (6 〇) dart is inserted into one of the dart targets (2 )), and the corresponding partition (2 i ) is set on ( 2 0 ) _ The induction coil (3 Q ) generates a magnetic wire cutting effect, and the magnetic induction coil (3 Q ) generates a corresponding lining (6 q ) axis _ sense signal; at the same time 'the lin (6 Q ) inserts the Wei (2 Q ) It will produce: the fixed frequency, the volume of the sound _ sound (similar, 朵 鳞 scale sound), and the sound sensor (5 〇) arranged on the side of the target (20) will induce the sound of the dart according to the design. Inductive signal; I29l359 Next, the scoring electronic circuit (40) synchronously integrates the magnetic induction signal of the magnetic induction coil (3 〇) with the acoustic signal of the sound sensor (50), and obtains both signals to score It is valid and is output after calculation. Abnormal situation: When someone picks up the mobile phone or has electromagnetic equipment in the competition, although the magnetic induction coil (30) on the recording (20) also produces the magnetic wire cutting effect, And the magnetic induction coil (30) generates the magnetic sensation corresponding to the dart (6 〇) However, the scoring electronic circuit (4 〇) cannot synchronously integrate the magnetic signal and the sound signal, so the scoring electronic circuit (4 〇) will not count the magnetic signal of the single magnetic induction coil (30) into the effective meter. The score is not counted as empty and is not counted, and is output after counting the nose. When recording the air dry: When the user of the present invention shoots an empty target, a magnetic dart (6 〇) dart is inserted into the dart target (2 〇) The non-counting partition (including the surrounding area), since the dart target (2 〇) is not counted and the magnetic induction coil (30) generates magnetic line cutting, there is no magnetic signal when the dart (60) is empty. However, when scoring, the 十口十刀包子电路 (4 〇) still cannot synthesize the integrated magnetic signal and the audible signal, 'only the sound signal of the single-sound sensor (5 〇) will be judged whether Wei target (the technology that can distinguish the darts is already used, not repeated here), 8:1291359 and the score electronic circuit (4 Ο) calculates the number of empty targets. The invention can still produce correct under electromagnetic interference. Scoring data, and can use the tower sensor to set the sense The sound of the dart, and the empty target is also calculated by the scoring electronic circuit, therefore, the result of the present invention and the result of the scoring will be different from each other's full compliance with the current competition standard. ^ New Zealand must explain that The darts of the invention cooperate with the magnetic induction coil and the sound sensor to induce the lining, as to whether the darts have the magnetic force to operate the invention _, the magnetic dart implementation method is as in the front stage system, and the magnetic sensation can be utilized by the magnetic induction coil of the dart magnetic induction coil. The change obtaining signal (the various sensing technologies of the magnetic induction coil are conventional and will not be described herein); therefore, the darts of the present invention are not limited to magnetic forces, and generally non-magnetic darts can also be equipped with a magnetic induction coil to generate a scoring operation. • In summary, the innovative structural design of this case is equipped with a magnetic induction dart target equipped with a sound sensor, and the sound sensor is connected with the scoring electronic circuit, and the scoring electronic circuit is simultaneously receiving the sound sensing and the magnetic sensing. Scoring, the foregoing system can still generate correct scoring data under electromagnetic interference, and can inductively calculate air-drying; therefore, the "industrial availability" of the present invention should be undoubted, in addition, in this case The feature technology revealed by the example has not been seen in the publications before the application, nor has it been used publicly. It not only has the fact that the effect of the above mentioned 1291359 is enhanced, but also has an additional effect that cannot be neglected. Therefore, the novelty of the present invention Sexuality and "progressiveness" have been in compliance with patent laws and regulations, and applications for invention patents have been filed in accordance with the law, and pray for review and early grant of patents. 1291359 [Simple description of the diagram] The first diagram is the first schematic diagram. The second figure is a second conventional schematic. The third figure is a schematic diagram of the system of the present invention. The fourth figure is a schematic diagram of the implementation of the present invention. [Main component symbol description] "Utility" Dart body (10) Electromagnetic coil (12) Dart target (14) Active block (16) Powerful magnetic parts (1 1) Electronic scoring system (13) Induction coil (15) The invention" dart target (2 0) meter partition (2 1) magnetic induction coil (3 0) scoring electronic circuit (4 0) sound sensor (50) dart (6 0)

Claims (1)

1291359 十、申請專利範圍: 1. -種聲音及電磁集域麟_統’係搭配磁感應魏進行^^ 鏢,並配合計分電子電路進行計分運作;其包含有一鏢靶、磁 感應線圈、計分電子電路及聲音感應器,其中: 忒鏢把,係製作有數個計分區供飛鏢著鏢之用; 該磁感應線圈,係設置在該鏢靶上的磁感應元件,且分別 對應該鏢靶的各計分區; 77 該計分電子電路,裝設在該雜上,且計分電子電路連接 各該磁感應線圈,並接收該磁感應線圈傳遞之飛鏢磁感訊號; 以及 5亥聲音感應器,係對應配置在該鏢靶週侧,且聲音感應器 與計分電子電路連接,而聲音感應器感應預定頻率、音量的著 録聲音產生音感訊號;藉由計分電子電路同步集成磁感應線圈 之磁感訊號與聲音感應II之音感峨進行計分採認。 2. ^申料·圍第i項所述之聲音及電磁集成感應録㈣ 統’ If分電子電路_獲致微磁感應及聲音祕器兩者訊 號時方得計分採認。 1申明專利第2項所述之聲音及電磁集成感應鏢乾系統, 其中’違计分電子電路僅獲致單一聲音感應器之訊號則採認為 16 c S )1291359 X. The scope of application for patents: 1. - Sound and electromagnetic field domain _ _ system 'with magnetic induction Wei ^ ^ darts, and scoring electronic circuit for scoring operation; it includes a dart target, magnetic induction coil, meter The electronic circuit and the sound sensor, wherein: the darts are made with a plurality of metering zones for the darts; the magnetic induction coil is a magnetic sensing element disposed on the dart target, and respectively corresponding to the dart target The partitioning electronic circuit is mounted on the hybrid, and the scoring electronic circuit is connected to each of the magnetic induction coils, and receives the magnetic signal of the dart transmitted by the magnetic induction coil; and the 5 Hz sound sensor is configured correspondingly On the side of the dart target, the sound sensor is connected to the scoring electronic circuit, and the sound sensor senses the recording sound of the predetermined frequency and the volume to generate the sound signal; and the magnetic signal of the magnetic induction coil is synchronously integrated by the scoring electronic circuit. The sound perception of the sound sensor II is scored and recognized. 2. ^Applications and the sound and electromagnetic integrated inductive recordings mentioned in item i (4) System 'If the electronic circuit _ gets the micro-magnetic induction and the sound secrets both signals are scored. (1) The sound and electromagnetic integrated sensor dart system described in the second item of the patent, wherein the 'infringement of the electronic circuit only obtains the signal of the single sound sensor is considered to be 16 c S ) 1291359 , % 〆 空革巴。 4.如申請專利範圍第1項所述之聲音及電磁集成感應鏢靶系統, 其中,該磁感應鏢靶係搭配具磁力之飛鏢與進行射鏢,並配合 計分電子電路進行計分運作。 171291359 , % 〆 空革巴. 4. The sound and electromagnetic integrated sensing dart target system according to claim 1, wherein the magnetic induction dart target is matched with a magnetic dart and a dart, and is scored in conjunction with a scoring electronic circuit. 17
TW094135394A 2005-10-11 2005-10-11 Integrating sound and the electromagnetism induced dartboard system TWI291359B (en)

Priority Applications (4)

Application Number Priority Date Filing Date Title
TW094135394A TWI291359B (en) 2005-10-11 2005-10-11 Integrating sound and the electromagnetism induced dartboard system
DE102006048237A DE102006048237A1 (en) 2005-10-11 2006-10-11 Magnetic dartboard with integrated sound wave sensor
US11/548,315 US20070228658A1 (en) 2005-10-11 2006-10-11 Integrating Wave Sensing and Magnetic Induction Dartboard System
GB0620490A GB2432796B (en) 2005-10-11 2006-10-16 Integrating wave sensing and magnetic induction dartboard system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW094135394A TWI291359B (en) 2005-10-11 2005-10-11 Integrating sound and the electromagnetism induced dartboard system

Publications (2)

Publication Number Publication Date
TW200714319A TW200714319A (en) 2007-04-16
TWI291359B true TWI291359B (en) 2007-12-21

Family

ID=37491582

Family Applications (1)

Application Number Title Priority Date Filing Date
TW094135394A TWI291359B (en) 2005-10-11 2005-10-11 Integrating sound and the electromagnetism induced dartboard system

Country Status (4)

Country Link
US (1) US20070228658A1 (en)
DE (1) DE102006048237A1 (en)
GB (1) GB2432796B (en)
TW (1) TWI291359B (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI759190B (en) * 2021-04-29 2022-03-21 宋志雲 Dart equipment with recognition ability

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CA2841044A1 (en) * 2011-07-07 2013-01-10 Mihaly Garas Scoring system for archery

Family Cites Families (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB1282670A (en) * 1970-07-31 1972-07-19 Michael Wichinsky Improvements in or relating to scoring devices for games
US3805030A (en) * 1972-09-18 1974-04-16 M Wichinsky Scoring devices for games
US4955967A (en) * 1990-01-16 1990-09-11 Merit Industries, Inc. Electronically scored dart game with missed dart detection system
US5366230A (en) * 1993-05-18 1994-11-22 Sanquinetti Trigo Jorge J Dart game with dart hit versus non-dart hit impact discrimination
US5967520A (en) * 1998-04-01 1999-10-19 Chen; Ying Tse Modified dart-board
US6439576B1 (en) * 1998-07-30 2002-08-27 Merlin Technologies, Inc. Electronic missile location
CN2459611Y (en) * 2000-12-11 2001-11-14 邵佳沐 Magnetic sensing type automatic score device for dar target
US7195245B1 (en) * 2005-09-20 2007-03-27 Forhouse Corporation Print-type magnetic dartboard

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI759190B (en) * 2021-04-29 2022-03-21 宋志雲 Dart equipment with recognition ability

Also Published As

Publication number Publication date
DE102006048237A1 (en) 2007-07-12
GB0620490D0 (en) 2006-11-22
GB2432796A (en) 2007-06-06
TW200714319A (en) 2007-04-16
GB2432796A8 (en) 2007-06-07
US20070228658A1 (en) 2007-10-04
GB2432796B (en) 2008-02-27

Similar Documents

Publication Publication Date Title
EP2919183B1 (en) Dart game device allowing authentication using throw line in remote multi-mode
US8357043B2 (en) Motion determination apparatus, game apparatus therefor, and computer program therefor
JP4327578B2 (en) Program, information storage medium, and game system
WO2010089530A1 (en) Systems and methods for an impact location and amplitude sensor.
US8663016B2 (en) Game system, computer program for same, and method of controlling the game system
US20130109471A1 (en) Game system and computer program for same
JP6173666B2 (en) Program and game device
US7258344B2 (en) Electronically-scored game providing audible feedback and method of use
TWI291359B (en) Integrating sound and the electromagnetism induced dartboard system
JP2003236243A (en) Game machine
US20070228659A1 (en) Unidirectional Coil Induction System for a Dartboard
KR20100034645A (en) Apparatus and method for detecting throwing violration in dart game
JP2014171725A (en) Game program and game device
US20070015637A1 (en) Device for measuring the striking force and reaction time of martial artists
JP3751807B2 (en) GAME DEVICE, GAME OPERATING DEVICE, AND INFORMATION STORAGE MEDIUM
TW201206531A (en) Game system and control method thereof
KR20160102581A (en) Game device
JP2889828B2 (en) Video game device using a toy gun
TWI300122B (en) An integrating wave sensing and magnetic induction dartboard system
JP2003236237A (en) Game machine
WO2009141913A1 (en) Game device
JP7007165B2 (en) Darts game device, darts fraud judgment method and program
JP2010172760A (en) Game device and information storage medium
KR20210003372A (en) Apparatus and method for providing guide information and hit determination information for punching bag hitting
TW558628B (en) Automatic scoring method for electronic dartboard and its device

Legal Events

Date Code Title Description
MM4A Annulment or lapse of patent due to non-payment of fees