558628 四、聲明事項： □主張專利法第二十二條第二項□第一款或□第二款規定之事實，其事 實發生曰期為：年月曰。 □申請前已向下列國家（地區）申請專利： 【格式請依：受理國家（地區）、申請日、申請案號順序註記】 □有主張專利法第二十七條第一項國際優先權： □無主張專利法第二十七條第一項國際優先權： |□主張專利法第二十九條第一項國内優先權： 【格式請依：申請日、申請案號順序註記】 □主張專利法第三十條生物材料： []須寄存生物材料者： 國内生物材料【格式請依：寄存機構、日期、號碼順序註記】 國外生物材料【格式請依：寄存國家、機構、日期、號碼順序註記】 □不須寄存生物材料者： 所屬技術領域中具有通常知識者易於獲得時，不須寄存。 2 558628 九、發明說明： 【發明所屬之技術頜咸】 本發明係關於諸如電子餘等投射式娛樂 計，此尤指一種利用，投射器具於中乾之瞬間^應 之線圈上產生電氣訊唬、再利用此電味、，^上 u电礼汛號以作為計分或 其它運算之依據之自動計分裝置。該自私 θ目動计分裝置可設在 電子鏢靶任一適當位置。 【先前技術】 在微電腦晶片的普用化後，自動 及積分的電働已蔚為風潮，尤其在歐美 是鏢_面係被規劃域 飛鏢射往某一計分 刀a柄目軚區），當 中，同時利f ’位於該計分區域的找將被射 _動並觸動二對二:=塊3=衝力:瞬 道而瞬間衝撞:感應膜盤=感應膜 到衝擊即忭分，使得感應膜盤上各個位置的一受 部程式設計㈣t所測知，計分電路也因此而得依其内 示電路予以顯+ I之運异處理’最後並將結果輸出至顯 以發出相對應:聲效間’通常也會有訊號輸出至語音電路 二汁，其原理均是利用射鏢力道推移靶塊，並 错以觸動開關形成電通路而達其電子自動計分之目的，然 5 558628 而’由於㈣上的塊是鬆動的，飛㈣人之震動可能導 致其它把塊的移動而造成誤動作或計分混亂的情形（尤其 是感應裝置較為敏感時）’此乃為現有各種電子錄長期以 來的最大共同缺點而亟待解決。 【發明内容】 鑒於前段所述，本發明人乃積極研思解決之道， 而推出-^「電子錄之自動計分裝置」，其利用磁性飛録 射向設有若干線圈之躲，在雜朗射中躲某位置二 瞬間，相對於該位置之_將_性飛躺瞬間位移而感 應輸出-電氣訊號（根據榜蚊律），以為計分運㈣ 運算及顯示之依據者’由於其係利用磁性賴於射中線圈 之瞬間而由線圈主動提供電氣訊號至計分襄置（ 觸動把塊的方式），且當飛料料動時線圈將不 訊號之輸出，使得磁性飛鏢射中鏢知货 全不會影響其它未被射中的計分區域=== 不會有因誤動作而引料分混亂的―，更重㈣ί = 將不會有習用㈣因長期觸動、拔錄所導 亦即是著鏢反應及計分顯示更為穩定、 设嘴+艮 本發明主要訴求目的所指。 ”、、i確者’此即 【實施方式】 以下，為進一步說明本創作以使主 本發明確實能夠達諸上揭發明目的及委貝易了解 者，兹舉-較佳實施例並配合靖步性之功效 W坪細說明如后： 6 558628 請參閱第一、二圖，係揭示了本發明較佳實施例各要 件的立體圖（其以電子鏢靶為例），在第一圖中顯示了一種 設有若干獨立線圈2 0的載體1 0，該載體1 0並區隔成 各個計分區域1 1以供各線圈2 0安置，又各線圈2 0均 有出線可接至鏢靶的控制電路，且各線圈2 0也各被繞製 成適當的匝數與形狀；另外，在第二圖中顯示了一種磁性 飛鏢A，其可令其鏢尖、鏢身各具磁性或均具適當強度的 磁性； 在第三圖中顯示了本發明裝設在鏢靶靶體3 0之正面 的情形，此種實施例可利用載體1 0做為具有若干計分區 域的靶框； 第四中顯示了本發明裝設在一靶體4 0及另一靶體5 0之間；以及 第五圖中顯示了本發明裝設在靶體6 0的後面，此種 實施情形及第四圖所示的實施情形都應在靶體4 0及6 0 的正面利用靶框或直接印製形成各計分區域，以供人們辨 認、投射； 在第三至五圖中，亦顯示了具有磁性飛鏢A射中鏢靶 某一位置的情形，其明白地顯示在著鏢的瞬間，可利用磁 性飛鏢A的瞬位移量而於線圈2 0上感應出一電氣訊號 (參楞次定律），該電氣訊號（電流或電壓）可利用訊號處 理裝置予以放大，然後再輸入至計分裝置以為計分運算及 顯示之依據，藉由此種突破以往的全新觸發方式（即利用 磁性飛錦之磁力線切割革巴區相對應之線圈以產生電流或電 壓之觸發方式），以達諸上揭發明目的者。 7 558628 办必需特別指出的是，磁性飛鏢A的磁性部份並不一定 要^經線圈2 〇，在較靠近線圈2 0的位置也能使線圈2 〇感應出電氣訊氣，因為此時發生在磁性飛鏢A周圍空間 的磁力線已經被線圈切割到了，例如第五圖所示； —另外需注意的是，本發明利用磁性投射器具之磁力線 目裇區之線圈（或是說被線圈切割）’以於線圈上主動 ^生可作為計分或其它運算之依據之電氣訊號的技術手 ，’係以磁力線密度、線圈隨及_速度等三要素來決 3發生之電氣訊號的強度，換言之，所發生之電氣訊號 二、小與此三要素有著正比關係，因此，如在控制電路的 ，計需要較大的電氣訊號時，可以加強磁性投㈣具的磁 =以提純力線密度（即磁場能量愈強），或是增加線随 、亦或是提高飛鏢射速以提高切割速度，其中，由於 均在—定的速度以上，而此速度正足以在切割線圈 守各圈發生足夠大小之電氣訊號，使得控制電路很容易 檢知那—個計分區的線圈被射中了，也正因為如此，在實 把本發明時’其各線圈的隨不需要很多而有效地降低了 成本再者’由於切割速度不足時（即射速不足，例如以 飛録_或極短距離輕力投錦、或拔鏢時），線圈並不會感 應^足_電流’因此’在拔制時候並不發生計分行為 而，全無誤動作之虞，再者，本發明僅在著狀瞬間發生 電氣訊氣以供計分或其它運算之用，其在著鏢後因射速為 零而使電氣訊號消失，所以每一次的著鏢計分均有其唯一 I·生而：正確地偵知每次著朗位置，即使不去拔錦而使同 目仏區被射巾好幾次，其亦能次次正確彳貞測出來，同時， 8 558628 由於線圈只在其圈繞的範圍内被射中時，才會發生電氣訊 號之輸出，即使著鏢點在各計分區的相鄰處，也只有圈繞 住著鏢點的線圈始有電氣訊號之輸出，其它計分區之線圈 無論是如何接近該著錦點，也不可能有電氣訊號之輸出， 因此，本發明在計分顯示上將相當正確而完全無誤計情形 發生者而足具實用進步性。 據上揭實施例詳細構造的陳述，吾人將易於知悉本發 明首創之自動計分裝置確實可達諸首揭發明目的而深具實 用進步性，同時，於此之前亦未見有相同或類似者揭露在 先而足具新穎性，是本發明確實已符合新型專利要件，爰 依法提出申請。 9558628 4. Declaration matters: □ Claim the facts specified in Article 22, Paragraph 2 or Paragraph 2 of the Patent Law, and the actual date of occurrence shall be: year, month, and year. □ Applicants have applied for patents to the following countries (regions) before the application: [Please follow the format: the receiving country (region), the application date, and the serial number of the application case notes] □ Claim the first international priority of Article 27 of Patent Law: □ No claim of the first international priority of Article 27 of the Patent Law: | □ Claim of the first domestic priority of Article 29 of the Patent Law: [Please refer to the order of application date and application case number] □ Claims Article 30 of the Patent Law on biological materials: [] Those who need to deposit biological materials: Domestic biological materials [Please follow the format: deposit institution, date, number sequence notes] Foreign biological materials [Please follow the format: deposit country, institution, Notes on the date and number sequence] □ Persons who do not need to deposit biological materials: If those with ordinary knowledge in the technical field are easily available, they do not need to deposit. 2 558628 IX. Description of the invention: [Technology of the invention] The present invention relates to a projection entertainment device such as an electronic device, especially an application in which the projection device generates electrical signals on the coil at the instant when it is dry. , Re-use this electric flavor, ^ shang u Dianlixun number as an automatic scoring device for scoring or other calculations. The selfish θ eye movement scoring device can be set at any appropriate position of the electronic dart target. [Previous technology] After the general use of microcomputer chips, automatic and integral electric cymbals have become a trend, especially in Europe and America. Darts and noodles are shot by a planned domain dart to a scoring knife a handle. Among them, at the same time, the search located in the scoring area will be fired and touched two to two: = block 3 = impulse: instantaneous impact and instantaneous collision: induction membrane disc = induction membrane is impacted to the point of impact, making the induction As measured by a program design 各个 t at each position on the diaphragm, the scoring circuit has to be displayed according to its internal circuit + I's different processing. Finally, the result is output to the display to send the corresponding: sound effect room 'Usually there will be a signal output to the second circuit of the voice circuit. The principle is to use the dart to move the target block and use the touch switch to form an electrical path to achieve the purpose of automatic electronic scoring. The upper block is loose, and the vibration of the flying man may cause other movements of the block to cause malfunction or scoring confusion (especially when the sensing device is more sensitive). This is the longest common of all existing electronic records for a long time. Disadvantages to be solved. [Summary of the Invention] In view of the foregoing paragraph, the present inventor is actively considering ways to solve the problem, and introduced-^ "Automatic scoring device for electronic recording", which uses magnetic flying to shoot to the shelter with a number of coils. For a moment to hide a position in a long shot, relative to that position, _ will _ lie down and instantaneously displace and sense the output-electrical signal (according to the mosquito law), which is the basis for scoring operations, calculation and display, because of its system The use of magnetism depends on the moment when the coil is hit, and the coil actively provides electrical signals to the scoring system (the way of touching the block), and when the flying material moves, the coil will not output the signal, so that the magnetic dart hits the dart. The goods will not affect other scoring areas that have not been shot === There will be no chaos in the scoring due to misoperation-more importantly 将 = There will be no habitual use. Guided by long-term touch and extraction The dart response and the scoring display are more stable, and the mouth is set according to the main purpose of the present invention. ", I confirm those" this is the [embodiment] In the following, in order to further explain this creation so that the main invention of the invention can achieve the purpose of the invention disclosed above, and those who understand the Venezuela, hereby-the preferred embodiment and cooperate with Jing The effectiveness of the step is explained in detail as follows: 6 558628 Please refer to the first and second figures, which are perspective views of the various elements of the preferred embodiment of the present invention (the electronic dart target is taken as an example) and shown in the first figure A carrier 10 is provided with a number of independent coils 20, and the carrier 10 is divided into score areas 11 for the placement of each coil 20, and each coil 20 has an outlet for connecting to a dart target. Control circuit, and each coil 20 is wound into an appropriate number of turns and shape; in addition, a magnetic dart A is shown in the second figure, which can make its dart tip and dart body magnetic or uniform. The magnetism with appropriate strength is shown in the third figure. The present invention is installed on the front side of the target body 30 of the dart target. In this embodiment, the carrier 10 can be used as a target frame with several scoring areas. The fourth embodiment shows that the present invention is installed between one target body 40 and another target body 50; and The five figures show that the present invention is installed behind the target body 60. This embodiment and the embodiment shown in the fourth figure should be formed on the front side of the target bodies 40 and 60 using a target frame or directly printed. Each scoring area is for people to identify and project. In the third to fifth figures, it also shows that the magnetic dart A hits a certain position of the dart target. It is clearly displayed at the moment of the dart. An electrical signal (see Lenz's law) is induced on the coil 20 by the instantaneous displacement of dart A. The electrical signal (current or voltage) can be amplified by the signal processing device, and then input to the scoring device for scoring. The basis for calculation and display is to break through the previous new triggering method (that is, the triggering method of cutting the corresponding coil of the leather area by the magnetic line of magnetic flying brocade to generate the current or voltage) in order to achieve the object of the invention disclosed above. 7 558628 The Office must specifically point out that the magnetic part of the magnetic dart A does not have to pass through the coil 2 0, and the coil 2 0 can also induce electrical communication gas at a position closer to the coil 20, because at this time happened at The magnetic lines of force in the space around the magnetic dart A have been cut by the coils, as shown in the fifth figure;-It should also be noted that the present invention uses the coils (or cut by the coils) of the magnetic field lines of the magnetic projection device. The technical skill of actively generating electrical signals on the coil that can be used as the basis for scoring or other calculations is to determine the strength of the electrical signal that is generated by three factors, such as the magnetic flux density, the coil response and the speed, in other words, what happens The second and the third of the electrical signal have a proportional relationship with these three elements. Therefore, if a larger electrical signal is required for the control circuit, the magnetism of the magnetic input gear can be strengthened to purify the linear density of the force (that is, the more the magnetic field energy is Strong), or increase the line follow, or increase the dart firing speed to increase the cutting speed, where, because they are all above-a fixed speed, and this speed is enough to generate a sufficient size of electrical signals in each circle of the cutting coil, It makes it easy for the control circuit to detect that the coil of the sub-division was shot. Because of this, when the present invention is implemented, Many and effectively reduce the cost. Furthermore, when the cutting speed is insufficient (ie, the firing speed is insufficient, such as when flying at low speed, or throwing darts at very short distances, or when drawing darts), the coil does not induce ^ foot_current. Therefore, 'the scoring behavior does not occur during drawing, and there is no risk of misoperation. Furthermore, the present invention only generates electrical signals for scoring or other calculations at the moment of impact. The rate of fire is zero and the electrical signal disappears, so each dart scoring has its only I born: correctly detect the position of each landing, even if the same target area is not fired The towel can be measured several times, and it can also be measured correctly. At the same time, because the coil is only shot within its range, the electrical signal output will occur, even if the dart point is in each counted zone. Adjacent to it, only the coil that surrounds the dart point starts to output electrical signals. No matter how close the coils of other subdivisions are to the landing point, it is impossible to output electrical signals. Therefore, the present invention The scoring display will be quite correct and complete Regarding the situation, it is practical and progressive. According to the detailed construction statement of the above-disclosed embodiment, I will easily know that the automatic scoring device pioneered by the present invention can indeed achieve the purposes of the first-disclosed invention and is highly practical and progressive. At the same time, no similar or similar thing has been seen before. Disclosure of the prior and sufficient novelty is that the present invention has indeed complied with the requirements for new patents, and the application was filed in accordance with the law. 9