201204446 六、發明說明： 【發明所屬之技術領域】 本發明與射擊遊戲有關，尤其涉及具有軌道式的射擊 遊戲系統。 【先前技術】 但隨著時代的 戲糸統，這些 台灣 433083、 了各式的射擊 射擊遊戲是一種風靡已久的娛樂遊戲， 演進，已經衍生出各種不同玩法及架構的遊 遊戲糸統係分別能提供其獨特地媒樂效果。 537395、1222380及M359359專利等也揭露 遊系統，且其架構上亦各有所差異。 【發明内容】 ^發明提供—種執道式遊戲“，其包括—軌道組、 至二兩谓測模組及—控制模組。該軌道㈣ :在=組係能產生動力以驅使該本體移動。該輪組: 動^軌道上且能隨著該本體的移動而沿該兩軌道滾 置是二:::係能執行一侧作’用以細移動裝 f疋否到達—得分位置，並能在谓測到 ;ί:!置時產生一得分信號。該控制裝置有-得分開關T 以㈣開關係能控制該偵測模組是否執行該㈣動作。 起動穿置! ^式遊⑽統更包括連接賴㈣置的一 置。該起動褒置係能產生-起動信 移動裝置、該谓測模组、該控制裝置及該 201204446 記分裝置進行運作。該記分裝置係能接收該得分信號，並 根據該得分信號送出一統計結果。 w 較佳地，該移動裝置的動力組有一馬達及—螺旋紫。 該馬達係連接該螺旋槳，且能帶動該螺旋紫轉動而產^風 力、’以使該移動裝置能藉由該風力而沿該執道組移動。該 軌道組更有連接-電源的兩導電軌。該兩 地 設在該支架上，且位在該兩執道之間。該移衫201204446 VI. Description of the Invention: [Technical Field to Be Invented] The present invention relates to a shooting game, and more particularly to a shooting game system having a track type. [Prior Art] But with the fascination of the times, these Taiwanese 433083, various shooting and shooting games are a long-awaited entertainment game, evolved, and have developed a variety of different gameplay and architecture. Can provide its unique media effect. The 537395, 1222380 and M359359 patents also disclose the travel system, and the structure is also different. SUMMARY OF THE INVENTION The invention provides a kind of obsessive-style game, which includes a track group, a two-two test module, and a control module. The track (four): in the group can generate power to drive the body to move The wheel set: on the track, and can be rolled along the two tracks along with the movement of the body is two::: can perform one side for 'small movement loading f疋 no arrival-score position, and It can generate a score signal when it is measured; ί:! The control device has a - score switch T to control whether the detection module performs the (4) action in a (four) open relationship. Start-through! ^-style tour (10) The device further includes a connection device capable of generating a start-up device, the pre-test module, the control device, and the 201204446 scoring device. The scoring device is capable of receiving the score. Signaling, and sending a statistical result according to the score signal. w Preferably, the power unit of the mobile device has a motor and a spiral purple. The motor is connected to the propeller, and can drive the spiral purple to rotate and generate wind, ' So that the mobile device can follow the wind The obeying group moves. The track group further has two conductive rails connected to the power source. The two grounds are disposed on the bracket and are located between the two obediences.
組還有連接該馬達的至少兩電刷。該兩電刷係分別碰觸該 兩導電軌，用以將該電源的電力傳送給該馬達。 較佳地，該轨道式遊戲系統更包括一煞車裝置。該煞 車裝置係&在該軌道組的兩軌道之間，且能執行—煞車動 作，用以擋住移動至一煞車位置的該移動裝置。 較佳地，該移動裝置的的輪組包括一前輪組及一後輪 組。該前輪組有兩前夾輪組、一前輪桿及一前方向轉轴。 該兩前夾輪組係能以該前輪桿為軸地轉動。其中一前夾輪 組係夾於其中-執道，另—前炎輪係夾於另—轨道。該前 =向轉轴的^端係連接該本體，其另—端係連接該前輪 才干，並使該前輪桿能以該前方向轉軸為軸地轉 組有兩後夹輪組、一後輪桿、一後方向轉軸及一擺動軸桿： 忒兩後夾輪組係能以該後輪桿為軸地轉動。其中一後夾輪 、·且係夾於该其中一執道，另一後夾輪組係夾於該另一轨 道。該後方向㈣料接該後輪桿，域職輪桿能以該 後方向轉軸為軸地轉動。該擺動軸桿的一端係連接該本 體其另一端係連接該後方向轉軸，並使該後方向轉軸能 以該擺動軸桿為軸地擺動。 201204446 此外，本發明還提供_ _ ^ ^ 種夕向執道的執道式遊戲，每 ^ τ—軌道組所形成的迴圈係交 錯地穿插於另—執道組所形成的迴圈。 的 4也每執道組所形成的迴圈至少有一段是扭轉 ^發月提供-種執道式遊戲系統，其移動裝置係藉由 風^產生動力以驅使該移動裝置能在軌道組上運行，且該 ^動f置的别、後輪組係能在各種形式的軌道（例如翻轉及 急轉彎等）上高速運行。 更多的發明内容及其作用，將揭露於隨後的說明。 【實施方式】 第-及二圖顯示本發明之一執道式遊戲系統的兩個較 <例子it軌道式遊戲系統包括多個軌道組卜多個伯測 模组3、多部控制裝置4及-支樓架5。第-、二圖中係繪 示三組軌道組1分別具有―支架1G。該些偵測模組3係分 別被裝設在該支架1G上，且在每—支架1()上都設有六個 偵測模組3’圖上僅在其中—支架1()上繪示該六個偵測模 組3，但實際上，其他兩個支架1〇也分別有六個偵測模組 3。該些控制裝置4係分別設在該支撐架5的周圍，但該些 控制裝置4的擺設位置可是擺設場地大小而變動，並不以 該支撐架5周圍為限。 如第三及四圖所示，每一轨道組1係形成一封閉的迴 圈，其中一執道組1所形成的迴圈係交錯地插於另—軌道 組1所形成的迴圈。第三圖的三個軌道組丨係由三個相同 201204446 大T的迴圈組成，該些軌道組1係分別穿插在一起，且其 一端係連接在該支撐架5上。第四圖的三個執道組1係由 個不同大小的迴圈所組成，該些執道組1係由小到大向 外=设一起，且其一端也被連接在該支撐架5上。每一執 道組1還有分別架設在該支架1〇的兩側的兩個執道部，每 一個軌道部有兩條平行的軌道11。 。亥軌道式遊戲系統還包括多台移動裝i 2，每一移動 2 2係被设在該軌道組j的兩條軌道u上，且能在該些The set also has at least two brushes that connect the motor. The two brushes respectively touch the two conductive tracks to transmit power of the power source to the motor. Preferably, the track type game system further comprises a brake device. The brake device & is between the two tracks of the track set and is capable of performing a brake action to block the mobile device moving to a brake position. Preferably, the wheel set of the mobile device includes a front wheel set and a rear wheel set. The front wheel set has two front pin wheel sets, a front wheel bar and a front direction rotating shaft. The two front pin wheel sets are rotatable about the front wheel bar. One of the front pinch wheels is clamped in the middle of the road, and the other front wheel is clamped to the other track. The front end is connected to the main body of the rotating shaft, and the other end is connected to the front wheel, and the front wheel bar can be swiveled with the front direction rotating shaft as an axis, and two rear clamping wheel sets and one rear wheel are arranged. The rod, the rear direction shaft and the swing shaft: The two rear wheel sets are rotatable about the rear wheel rod. One of the rear pinch wheels is clamped to one of the other, and the other rear pinch wheel set is clamped to the other track. The rear direction (4) is connected to the rear wheel bar, and the domain wheel can be rotated about the rear direction axis. One end of the swinging shaft is connected to the body, and the other end is connected to the rear direction rotating shaft, and the rear direction rotating shaft can swing about the swinging shaft. 201204446 In addition, the present invention also provides a _ _ ^ ^ kind of obedient game, and the loop formed by each ^ τ-track group is interlaced with the loop formed by the other group. At least one segment of the loop formed by each of the ruling groups is a twisted-to-be-provided game system in which the mobile device generates power by the wind to drive the mobile device to run on the track group. And the rear wheel set can be operated at high speed on various forms of tracks (such as flipping and sharp turns, etc.). Further invention and its effects will be disclosed in the following description. [Embodiment] The first and second figures show two comparative examples of an orbiting game system of the present invention. The track type game system includes a plurality of track groups, a plurality of test modules 3, and a plurality of control devices 4. And - the support frame 5. In the first and second figures, it is shown that the three sets of track groups 1 respectively have a "bracket 1G". The detection modules 3 are respectively mounted on the bracket 1G, and each of the brackets 1 () is provided with six detection modules 3' on the map only on the bracket 1 () The six detection modules 3 are shown, but in fact, the other two brackets 1 also have six detection modules 3 respectively. The control devices 4 are respectively disposed around the support frame 5. However, the positions of the control devices 4 may vary depending on the size of the display site, and are not limited to the periphery of the support frame 5. As shown in the third and fourth figures, each of the track sets 1 forms a closed loop in which the loops formed by one of the orbital groups 1 are alternately inserted into the loop formed by the other track set 1. The three track group tethers of the third figure are composed of three loops of the same 201204446 large T, which are respectively interspersed together, and one end of which is connected to the support frame 5. The three road group 1 of the fourth figure is composed of loops of different sizes, and the group 1 is set from small to large outward, and one end thereof is also connected to the support frame 5. . Each of the cue groups 1 also has two obstruction portions respectively erected on both sides of the bracket 1 , and each of the rail portions has two parallel rails 11. . The Hai track system also includes a plurality of mobile devices i 2, each of which is disposed on two tracks u of the track group j, and can be
i 上移動’該些移動裝置2係能在其所對應的軌道組 1上％繞地運行。 段是㈣Ϊ圖：：’每一軌道組1所形成的迴圈至少有- 1上移動a#，Ζ /、架移動裝置2同時在其所對應的軌道組 時’為了避免該移動梦 揞的产π 、s~ 砂勒褒置2在快逮運行令發生對 月’ i爷會在該兩支苹1〇的六合南 架10的勒μ… 叉木10的乂會處之前，將下方支 、 、 從上方扭轉至下方，以使該移動Ff2隨 著軌道11地扭轉方6 & # 使Θ移動裝置2 Ik 執道組1上運行的四架箱㈣班 位置因此，當該兩 別從該兩支架1G的上方及下方通行；；會處時’係會刀 置2相碰撞並可提升該 可防止該些移動裝 樣性。 動裝置2在该執道11上運行的多 如弟四圖所示 行該支牟10执¥ 木 的兩側的兩執道11係繞 ::二道」沒有如第三圖所示的翻 如圖所示，最内圈的執道二:在:道11的-側繞行， 侧繞行，其他兩執道組】\ j的5亥兩移動裝置2係在内 行’實際上，該移動f 的相移㈣置2均在外側繞 要在該執道組1的内側或外側 201204446 繞行係能任意更換，不以此所繪為限。 每一偵測模組3係能執行-偵測動作，用 動裝置2是否到達該軌道幻的-得分位置（21測該移 3的下方），並能在―__ 置例如_模組 時產生一得分作號 、 到達該得分位置 外線收發器 貫施例令，該债測模組3是一紅 該紅外線的反= 該得分位置，並接收 ;是=::收發器係能根據該反射信號分= 線疋否確貫射令该移動裝置2。因此，藉由 ^㈣動作（即發射該紅外線及接收其反射^ :楛就能偵測到該移動裝置2是否到達該得分位^ 主要是用來判斷該移動裝置2是否 位 ;非==模組3也可以選擇其他類型的光電偵測器 或非接觸式偵測器等。 如第-圖所示’該控制裝置4具有—得分開關仰。該 心開關40係能控制該偵測模組3執行該偵測動作。實際 上，該得分開關4G是-個按紐，但也可視實際㈣設計選 擇其他開關元件。 名轨道式遊戲系!先能同時提供多纟遊戲玩家一起使 用，每位遊戲玩家係操作-部控制裝£ 4，並根據實際在 該執道組1上高速運行的該移動裝置2是否到達該得分位 置（即該偵測模組3的下方）來選擇按下該得分開關4 〇的時 機，以達到遊戲之目的。由於每一支架1〇的一側邊上設有 三個偵測模組3，這表示，每一移動裝置2每次繞行該軌 道11 一圈就會通過三個該得分位置，也就是提供遊戲玩家 201204446 二=分機會’因此遊戲玩家能在該移動裝置2每次接近 ^刀位置時’就準備按下該得分_ ♦ 測模組3執行該_動作，亦即，發射該紅制該偵 分位置。若該紅外線剛好射中該移動裝置2，:=: 產生該得分信號。相反的，若該紅外 ^動裝置2，該谓測模組3就不會產生該得分信號。 :據上述的說明，該偵測模組3就像—支能發射紅外 =的槍’至於該得分開關4G就如同該搶的板機—般，以供 :遊戲玩家扣壓進行射擊動作。因此，該債測模組3及得 也可整合在—起，以形成—支可供該遊戲玩家持 ^的射擊器（搶）’用以對高速繞行的該移動裝置2射擊⑽ 出紅外線），《㈣統也只#在料戲玩㈣4射中 動裝置2時才算得分。 在貫際設計該遊戲系統時，該執道式遊戲系統的谓測 拉組3數量可隨著遊戲難易度增減，不以三個為限。並且， 軌道組卜移動裝置2、及控制裝置4的數量係可視需求增 加或減少，並不以第一及二圖所繪為限。 曰 如第五圖所示，該移動裝置2包括一本體2〇、一動力 組21及一輪組。該動力組21係設在該本體2〇上，且能產 生動力以驅使該本體20移動。該輪組係連接該本體2〇， 且設於該兩軌道11上’並能隨該本體2G的移動沿該兩軌 道11滾動。該移動裝置2係能藉由該動力組21產生前進 的動力，以驅使該移動裝置2在該兩軌道u上高速運行， 這表示該輪組只是用來將該本體20固定地設在該兩軌道 11上，而非主動驅使該本體20移動的要件，至於該輪組 的結構請容後再述。 9 201204446 該動力組2 1包衽一民，去γ α (未會示於圖中）及一螺旋槳 該馬達的一轉軸210係連接該螺旋槳2】卜且能帶動 «旋槳2H轉動而產生風力。於此實施例中，該 211係設在該本體20的前端。當該馬達的轉軸21〇帶㈣ ϋ旋紫211高速轉動時，該螺旋樂2U就會產生風流，； 仔及移動裝置2能以風為動力而繞著該執道組i運行，如 第三及四圖所示’如此，該螺㈣2ιι也可以設在該本體 的兩側，以產生風力帶動該本體20往前運行。所以， 若該螺旋樂2U轉動的越快，該移動裝置2繞行在該執道 組1上的速度也會加快。此外，該移動裝置2的外型可以 =圖所示的飛機，但也可以是火箭、汽車、超人、或其它 以里X »亥動力組21亦可為使用燃料發動的引擎。 其中。亥軌道組1更有連接一電源（未繪示於圖中）的 兩條導電執12。該兩導電軌12係平行地設在該支架上， 且位在該兩執道！ i之間，該兩導電轨】2較佳係銅或其他 導電性良好的材料製成。該移動裝置2的動力組。還包括 四=刷212(如第十五圖所示），該四電刷212係分別被設在 該前、後輪組22、23上，且電連接至該馬達。#該移㈣ 置2繞仃在該轨道組丨上時，該四電刷212係能分別保持 碰觸該兩導電執12，以接收該導電軌】2上的該電源的電 力並將該電力傳送給該馬達使用。但實際應用時，也可 以僅設置分別碰觸該兩導電軌12的兩電刷212，來導引該 電力給該馬達。如果該動力組21係為上述使用燃料發動的 引擎，則該兩導電軌12即不需架設。 如第六圖所示，該控制裝置4還有一動力控制件41， §玄動力控制件41係能控制該移動裝置2的動力組21的運 201204446 作’以使該動力紕21 力。於此實施例中，該動力:：: 呈度的動力或停止輪出動 關40係設在該搖f ^ : M 41係一搖桿。該得分開 的馬達轉速，該搖桿係能控制㈣^ 制該移動裝置2的：動t豕能藉由搖動該搖桿而達到控 置2接近該得分位置時按二二:::家能在該移動裝 上述的射擊動作。 〖彳的侍7刀開關40以進行 =道式遊戲系統更包括連接該控制裝置4 =置7及一記分裝置8。該起動裝置： 動 用以致能該移動裝置2、該_模組3 起動^ 及該記分裝置8進行運作。 〆㈣裝置4 二是—投幣式或一開關式的 龍遊戲玩家所二::之:起=置7係能在接收 關號致能上述的裝置及模組進行運作。若為開 ;…則會在該遊戲玩家按下_起動開關之後，產 進信號，並根據該起動信號致能上述的裝置及模組 =分裝置8係能接收該得分信號，並根據該得分信 統計結果。該記分裝置8具有—顯示模組⑽、一 模=組（圖中未示）、一計分模組（圖中未示）及一代幣產生 ^顯示模組80係接收並顯示該遊戲玩家操作該控制 ^置^斤產生的統計結果，該得分信號可以是數字或圖案 此外，該顯示模組80更能顯示該移動裝置2在該執道 11 201204446 組1上移動的速度。 該計時模組係連接該顯示 7接收到一硬幣或按下# 、、，‘ 8〇,且此在該起動裝置 間，並將時間倒數顯示於該 "裊迤戲時 内，該控制裝置4 -直保持祐心 〇。在該段遊戲時間 家能在該段遊戲時間時由^的狀態’使得該遊戲玩 2及仙…土 控制裝置4控制該移動裝置 2及偵測核.、且3，去進行射螌漭 、·'.σ束時^十時板組即禁能該控制裝置4,這表示該射墼 遊戲結束，該遊戲玩家不能再 動裝置2及谓測模組3 制…控制該移 繼#進仃上述的射擊動作。 計分模組是用以接收兮媒八 號累計產生該統計結果並能根據該得分信 穷日—^ ㈣’該統計結果代表該遊戲玩 豕目别仔分狀況之一得分資訊。 、/玄代幣產生模組81係能接收並根據該統計結果對應 地运出-代幣810或一兒換卷給該遊戲玩家，以供兒獎之 用。較佳地’該代帶產生模組81也可改成在該計分模組累 計產生的該得分資訊到達一預定值時，對應地送出該代幣 810或該兒換卷。 第七圖顯示該迴轉式遊戲系統更包括一兒獎產生裝置 9 »亥兒獎產生裝置9係提供一兒獎功能供該遊戲玩家使 用在本例备中，該遊戲玩家可根據其所獲得的代幣81〇 先向遊戲業主換取-些兒㈣碼，然後再按下兒獎產生裝 置9的-選擇紐9〇來啟動該兒獎產生裝置9，此時，該兒 獎產生裝置9會隨機產生的一組開獎號碼供該遊戲玩家核 對其所換到的兒獎號碼。如此，該遊戲玩家就能藉此兒獎 12 201204446 方式向該遊戲業主兒換獎品。 —士第八圖所不’該本體2〇有—前固定部及一後固 »亥移動裝置2的輪組包括一前輪組22及一後輪 = 23。該前輪組22有兩前炎輪組22〇、—前輪請及一 1向轉軸222。δ亥兩刖失輪組22〇係分別設在該前輪桿 的兩端，且能以該前輪桿221為轴地轉動，盆中一前 夹輪組220係夾於其中—條執道’另—前失輪创係爽於 另-軌道。如第九圖所示，該前方向轉軸222的身部係連i move up the mobile devices 2 to be able to run around the corresponding track set 1 . The segment is (4) Ϊ: :: 'The loop formed by each track group 1 has at least - 1 moved a#, Ζ /, the mobile device 2 at the same time in its corresponding track group 'to avoid the production of the mobile nightmare π, s~ 砂勒褒2 in the fast catch operation order occurs on the month 'i ye will be in the two singapore 〇 六 六 南 南 ... ... 叉 叉 叉 叉 叉 叉 叉 叉 叉 叉 叉 叉 叉 叉 叉 叉 叉Twisting from above to below, so that the movement Ff2 is twisted along with the track 11 &# Θ Θ 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动The upper and lower sides of the two brackets 1G pass;; at the time of the meeting, the two blades collide and can be raised to prevent the mobile loadability. The moving device 2 runs on the road 11 as shown in the figure of the fourth figure. The two sides of the branch 10 are attached to the two sides of the wood: the two lanes are not turned as shown in the third figure. As shown in the figure, the innermost circle of the second line: in the: side of the road 11 bypass, side bypass, the other two obsolete groups] \ j 5 Hai two mobile devices 2 in the line 'actually, the The phase shift (4) of the moving f is arbitrarily changed on the outer side of the bypass system of the inner or outer side of the obsolete group 1, 201204446, and is not limited thereto. Each detection module 3 can perform a detection operation, whether the mobile device 2 reaches the illusion-score position of the track (21 measures the lower side of the shift 3), and can be generated when the ___ is set, for example, the _module a score number, reaching the score position, the external transceiver transceiver, the debt test module 3 is a red infrared ray inverse = the score position, and received; yes =:: the transceiver can be based on the reflected signal If the line = line, the mobile device 2 is determined. Therefore, by the action of the ^ (4) (ie, transmitting the infrared ray and receiving the reflection thereof: 楛 can detect whether the mobile device 2 reaches the score bit ^ is mainly used to determine whether the mobile device 2 is in position; non == modulo Group 3 can also select other types of photodetectors or non-contact detectors, etc. As shown in the figure - the control device 4 has a - score switch. The heart switch 40 can control the detection module. 3 Execute the detection action. In fact, the score switch 4G is a button, but other switch components can be selected according to the actual (4) design. The track-type game system can first be used together with multiple game players, each The game player is operating the control unit, and selects whether to press the score according to whether the mobile device 2 running at a high speed on the road group 1 reaches the score position (ie, below the detection module 3). The timing of the switch 4 以 is achieved for the purpose of the game. Since three detection modules 3 are provided on one side of each bracket, this means that each mobile device 2 bypasses the track 11 one turn at a time. Will pass three of the scoring positions, that is, For the game player 201204446 two = minute opportunity 'so the game player can be ready to press the score every time the mobile device 2 approaches the ^ knife position _ ♦ the test module 3 performs the _ action, that is, launch the red system The detection position: if the infrared light hits the mobile device 2, :=: the score signal is generated. Conversely, if the infrared device 2, the pre-test module 3 does not generate the score signal. According to the above description, the detecting module 3 is like a gun that can emit infrared= as far as the scoring switch 4G is like the boarding machine, the game player presses the shooting action. Therefore, the The debt testing module 3 and the integration module can also be integrated to form a branch for the game player to hold the gun (robbing) for shooting the high-speed bypass of the mobile device 2 (10) infrared rays, (4) The system is only ## in the play play (four) 4 shots in the middle of the device 2 to score. When the game system is designed continuously, the number of the test group 3 of the obedience game system can be increased or decreased with the difficulty of the game, and is not limited to three. Moreover, the number of the track group moving device 2 and the control device 4 is increased or decreased depending on the demand, and is not limited to the first and second figures.曰 As shown in the fifth figure, the mobile device 2 includes a body 2, a power group 21, and a wheel set. The power pack 21 is disposed on the body 2 and can generate power to drive the body 20 to move. The wheel set is coupled to the body 2 〇 and is disposed on the two tracks 11 and can roll along the two tracks 11 as the body 2G moves. The mobile device 2 can generate forward power by the power group 21 to drive the mobile device 2 to run at high speed on the two tracks u, which means that the wheel set is only used to fix the body 20 to the two. On the track 11, instead of actively driving the main body 20, the structure of the wheel set will be described later. 9 201204446 The power unit 2 1 packs a person, goes to γ α (not shown in the figure) and a propeller. The shaft 210 of the motor is connected to the propeller 2 and can drive the rotation of the propeller 2H to generate wind. . In this embodiment, the 211 is disposed at the front end of the body 20. When the rotating shaft 21 of the motor (4) is rotated at a high speed, the spiral 2U will generate a wind flow; and the mobile device 2 can be driven by the wind and run around the group i, such as the third. As shown in the four figures, the screw (4) 2 ι can also be disposed on both sides of the body to generate wind force to drive the body 20 forward. Therefore, if the spiral 2U is rotated faster, the speed at which the mobile device 2 bypasses the group 1 will also be accelerated. In addition, the shape of the mobile device 2 can be = the aircraft shown in the figure, but it can also be a rocket, a car, a superman, or other engine that can be powered by the fuel. among them. The Hai track group 1 has two conductive wires 12 connected to a power source (not shown). The two conductive rails 12 are arranged in parallel on the bracket, and are located in the two roads! Between i, the two conductive tracks 2 are preferably made of copper or other materials having good electrical conductivity. The power pack of the mobile device 2. Also included is a four = brush 212 (as shown in Fig. fifteen), which are respectively disposed on the front and rear wheel sets 22, 23 and are electrically connected to the motor. #移移(四) When the two windings are placed on the track group, the four brushes 212 can respectively touch the two conductive switches 12 to receive the power of the power supply on the conductive track 2 and the power Transfer to the motor for use. However, in actual application, only two brushes 212 respectively touching the two conductive rails 12 may be provided to guide the power to the motor. If the power pack 21 is the above-described fuel-powered engine, the two conductor rails 12 need not be erected. As shown in the sixth figure, the control device 4 also has a power control member 41, which is capable of controlling the power of the power unit 21 of the mobile device 2 to make the power 纰 21 force. In this embodiment, the power::: the power of the degree of rotation or the stop wheel exit 40 is set in the rocker f ^ : M 41 is a rocker. The separated motor speed, the rocker can control (4) the movement device 2: the movement can be controlled by shaking the rocker 2 to control the position 2 close to the score position according to two or two::: home energy The above-mentioned shooting action is mounted on the mobile. The 侍 7 7 knife switch 40 for performing the tactical game system further includes connecting the control device 4 = 7 and a scoring device 8. The starting device is configured to enable the mobile device 2, the module 3 to activate, and the scoring device 8 to operate. 〆 (4) Device 4 The second is - coin-operated or a switch-type dragon game player's second::: The start = set 7 system can enable the above devices and modules to operate in the receiving number. If it is open; ... after the game player presses the _ start switch, generates a signal, and according to the start signal, enables the above device and module = the sub-device 8 can receive the score signal, and according to the score Letter statistics. The scoring device 8 has a display module (10), a module=group (not shown), a scoring module (not shown), and a token generating module 80 for receiving and displaying the game player. The statistic result generated by the control is set, and the score signal may be a number or a pattern. In addition, the display module 80 is more capable of displaying the speed at which the mobile device 2 moves on the trajectory 11 201204446 group 1. The timing module is connected to the display 7 to receive a coin or press #, ,, ' 8〇, and this is between the starting devices, and the time countdown is displayed in the "袅迤, the control device 4 - Keep your heart straight. During the game time of the game, the state of the game can be controlled by the game state 2 and the control device 4 to control the mobile device 2 and the detection core, and 3, to perform the shooting, · '.σ beam time ^10 o'clock board group can disable the control device 4, which means that the shooting game is over, the game player can not restart the device 2 and the pre-test module 3 system... control the transfer #进仃The above shooting action. The scoring module is configured to receive the statistical result of the media number 8 and can score the information according to the score of the score--(4)'. The statistical result represents one of the scores of the game play. The / Xuan token generation module 81 is capable of receiving and correspondingly transferring the token 810 or changing the volume to the game player according to the statistical result for the prize. Preferably, the generation of the generation module 81 can be changed to correspondingly send the token 810 or the replacement volume when the score information accumulated by the score module reaches a predetermined value. The seventh figure shows that the rotary game system further includes a child prize generating device 9: the Haier Award generating device 9 provides a child prize function for the game player to use in the present example, the game player can obtain according to the The token 81〇 first exchanges the game owner for a number of (four) codes, and then presses the selection button 9 of the child prize generating device 9 to activate the child prize generating device 9. At this time, the child prize generating device 9 will be random. The resulting set of lottery numbers is for the game player to check the prize number they have changed. In this way, the game player can use the prize 12 201204446 way to change the prize to the game owner. - The eighth figure does not have the body 2 - the front fixed portion and the rear fixed portion - the wheel set of the mobile device 2 includes a front wheel set 22 and a rear wheel = 23. The front wheel set 22 has two front wheel sets 22, a front wheel and a one-way shaft 222. The δ 刖 刖 刖 刖 〇 〇 〇 〇 〇 〇 δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ δ - The former loser is cool in the other - track. As shown in the ninth figure, the body of the front direction shaft 222 is coupled
:“本體2〇的岫固定部200 ’該前方向轉軸222的轉軸係 、接心輪# 221，並使該前輪桿221能以該前方向轉轴 222的轉軸為軸地轉動。 如第十圖所示，該移動裝£ 2的後輪組23冑兩後爽輪 組⑽（圖中僅顯示一後夾輪組23〇)、一後輪桿231、一後 方向轉軸232及-擺動軸桿233。該兩後夾輪組係分 別設在該後輪桿231的兩端，且能以該後輪桿Ml為轴地 轉動’其中—後失輪組係夾於該其中-軌道，另一後 夾輪組230係夹於該另—軌道。如第十—圖所示，該後方 =轉轴232的轉軸係連接該後輪桿231，以使該後輪桿231 能以該後方向轉軸232的轉軸為軸地轉動。如第十二及十 :圖所不，該擺動軸桿233的本體係連接該本體2〇的後固 疋部2(Η ’該擺動軸桿233的轉軸端係連接該該後方向轉 軸232的身部’並使該後方向轉軸232能以該擺動軸桿233 為轴地擺動。 第十四圖係繪示該移動裝置2在突起段的軌道丨丨上移 動的示意圖，由於該移動裝置2的輪組具有上述的結構， 因此，當該移動裝置2移動到執道u的突起段時，該前、 13 201204446 =組22。，係分別能以該前、後輪桿 軸轉動，以隨著該執道u的突起幅度進行調整 = 通過=軌道」1」相似地，該移動裝置2來到該軌道 下凹段時，該前、後失輪組220、230亦分別处 、 輪桿221、23〗A U絲手 刀刀別月匕以該前、後 ㈣h 231為軸轉動’以使該移㈣置2順暢地通過。 第十五圖係繪示該移動裝置2在該兩軌道 =意圖。在該移動裝置2進入該'彎道内時轉= 二了係能分別以該兩方向轉轴222 灸： =，:Λ、後輪桿221、231係分別能順應該兩軌ί 1的弓曲幅度偏斜，且該前 在該兩軌道Η上移動。 輪、、且咖、230能保持 裝置2在如第三圖所示的軌道11上環繞 ^ 、11並非僅有轉彎或起伏的變化，還有如第 :三圖所示的翻轉。當該移動裝置2通過該翻轉的軌道^ 時’不僅需藉由上述的轉動結構來輔助該移動裝置2移 動，還需要該後輪組23的擺動軸桿233來辅助，以藉由該 擺動軸桿233帶動該方向軸桿232擺動至最佳翻轉角度， 使該移動裝置2進行翻轉動作時能更順暢通過該兩軌道 11 ° 該一别後夾輪組22〇、230係為相同的結構，且其功 用亦广致:目同’第十六圖係以該兩前夾輪組η。來做說 明’母-則夾輪組220有-基板224、兩頂輪奶、兩底輪 226及兩側輪227。該些頂、底輪奶、226係設在該基板 的同側面上’且其輪面係分別貼靠在相對應的軌道 Π的頂底邊。違兩側輪227係分別設於該基板224的前、 後兩側’且其輪面係用以貼靠在該軌道11的同-外側邊。 201204446 其中，該移動襞置2被裝設在該兩軌道η上時， 道11被夾在該兩前夾輪組22()之間，且每—條軌道' ::夾㊁δ亥頂：底輪225、226之間以避免該移動裝置2 ::Α:=兩軌道U。該兩側輪227係能避免該執道U ”以、土板224娅觸磨擦而發出聲響，特別地，當該 道11的轉彎處時，該些側輪227亦能輔助 "裝置2順暢通過彎曲的執道u，如第十五圖所示。 此外，通常該兩軌道1丨係用鋼、鐵或其他材料 了避f移動裝置2在該兩軌道-上運行時所產 輪該兩頂輪225 '該兩底 擦所產生的噪音包覆有橡膠材料，來減少磨 »月再參照第五圖，該執道式遊戲系統更包括—煞車裝 /該煞車1置6係位在該軌道組丨的兩軌道U之間， 月b執订煞車動作’用以擋住移動至—煞車位置的 =置2。該煞車裝置6有一基座6〇、一轴桿61、一滑動 件62、一驅動器63及兩夾部64。 如第十七及十八圖所示，該轴桿61係設在該基座上 其A "If四軸套㈣。該滑動件62係位在該軸桿61及該 二間，且能徑向地移動，該滑動件62有-連接部 r 3 °亥連接部620傾斜延伸的兩導桿621，該兩導桿 叙見如乂形的形態（如第十八圖）°該驅動器63的驅 f連接該連接部620，以帶動該滑動件62作經向 矛動。母一夹部64有一套接件640及連接該套接件640 二部：-夹桿64卜該兩套接件64。係分別連接該轴桿 由套610 ’且分別位在該軸桿61的兩側，並能以該 15 201204446 軸桿61為軸地擺動，以使該兩夹桿641能被操作去進入一 張開狀態（如第十九圖所示）及一閉合狀態（如第二十圖所 示）。該兩套接件640的底部係分別滑套在該兩導桿621上。 如第十九圖所示，當該驅動器63推動其驅動軸630 伸長時’該滑動件62係往前移動，使得該兩套接件640 分別滑套在該兩導桿62〇的相鄰處，此時，該兩夾桿641 係呈現張開狀態。 如第二十圖所示’當該驅動器63拉回其驅動軸630 時，該滑動件62係往後移動，使得該兩套接件64〇係分別 籲 /月套在该兩導桿620的分離處，此時，該兩夾桿64丨係為 該閉合狀態。 如第二十一圖所示，該移動裝置2更包括一煞車片 24 °亥煞車片24係連接該本體20。該兩夾桿641分別有: "The main body 2 〇 岫 fixing portion 200 ′ the front direction of the shaft 222 of the shaft system, the center wheel # 221, and the front wheel rod 221 can be rotated about the rotation axis of the front direction shaft 222. As shown in the figure, the rear wheel set 23 of the mobile device has two rear rear wheel sets (10) (only one rear pin wheel set 23〇 is shown), a rear wheel bar 231, a rear direction rotating shaft 232 and a swing axis. a rod 233. The two rear clamping wheel sets are respectively disposed at two ends of the rear wheel bar 231, and can be rotated with the rear wheel bar M1 as an axis thereof, wherein the rear wheel group is clamped to the middle rail, and the other A rear clamping wheel set 230 is clamped to the other track. As shown in the tenth figure, the rear shaft of the rotating shaft 232 is coupled to the rear wheel bar 231 so that the rear wheel bar 231 can be in the rear direction. The rotating shaft of the rotating shaft 232 is pivoted. As shown in the twelfth and tenth: the present embodiment of the swinging shaft 233 is connected to the rear fixed portion 2 of the main body 2 (Η 'the rotating shaft end of the swinging shaft 233 The body portion of the rear direction rotating shaft 232 is connected and the rear direction rotating shaft 232 can be pivoted about the swinging shaft 233. The fourteenth figure shows that the moving device 2 is protruding. Schematic diagram of the movement of the track on the track, since the wheel set of the mobile device 2 has the above structure, when the mobile device 2 moves to the protruding segment of the obedient u, the front, 13 201204446 = group 22, The front and rear wheel axles can be respectively rotated to adjust with the protrusion amplitude of the lane u = pass = track "1". Similarly, when the mobile device 2 comes to the lower concave section of the track, the front, The rear wheel sets 220, 230 are also respectively located, the wheel rods 221, 23 AU wire cutters are rotated by the front and rear (four) h 231 as the axis to make the shift (four) set 2 smoothly pass. The mobile device 2 is shown in the two tracks=intent. When the mobile device 2 enters the 'curve', the second and second systems can respectively rotate the shaft 222 in the two directions: =,: Λ, rear wheel rod 221 The 231 series can respectively follow the deflection of the two tracks ί 1 and the front moves on the two track turns. The wheel, the coffee, the 230 can hold the device 2 in the track 11 as shown in the third figure. The upper surround ^, 11 is not only a change in turn or undulation, but also a flip as shown in the third: when the mobile device 2 The movement of the moving device 2 is assisted not only by the above-mentioned rotating structure but also by the swinging shaft 233 of the rear wheel set 23 to drive the direction by the swinging shaft 233. The shaft 232 swings to the optimal flip angle, so that the moving device 2 can smoothly pass through the two rails when the tilting operation is performed. The two rear clip wheel sets 22〇 and 230 have the same structure, and the utility model has the same function. To the same extent as the 'fifteenth figure', the two front front wheel sets η are used to illustrate 'mother--the pinch wheel set 220 has a base plate 224, two top wheel milks, two bottom wheels 226 and two side wheels 227. The top and bottom wheel milks, 226 are disposed on the same side of the substrate, and the treads are respectively abutted against the top bottom edges of the corresponding track turns. The two side wheels 227 are respectively disposed on the front and rear sides of the substrate 224 and their treads are used to abut the same-outer side of the track 11. 201204446 Wherein, when the mobile device 2 is mounted on the two tracks η, the track 11 is sandwiched between the two front sprocket sets 22(), and each of the tracks ': :: 二 δ 顶 top: bottom Between the wheels 225, 226 to avoid the mobile device 2 :: Α: = two tracks U. The two-side wheel 227 can prevent the road U ′′ from being rubbed by the earth plate 224, and in particular, when the road 11 is turned, the side wheels 227 can also assist the device 2 to smoothly By bending the obedient u, as shown in the fifteenth figure. In addition, usually the two rails are made of steel, iron or other materials to avoid the movement of the mobile device 2 when the two rails are run. The top wheel 225 'the noise generated by the two bottom rubs is covered with a rubber material to reduce the grinding. According to the fifth figure, the obeying game system further includes - the car loading / the braking device 1 is 6 Between the two tracks U of the track group ,, the month b is engaged with the braking action 'to block the position of the moving to the braking position=2. The braking device 6 has a base 6〇, a shaft 61, a sliding member 62, a driver 63 and two clamping portions 64. As shown in the seventeenth and eighteenth views, the shaft 61 is attached to the base with an A "If four-sleeve (four). The sliding member 62 is tied to the shaft. The rod 61 and the two chambers are radially movable, and the sliding member 62 has two guiding rods 621 extending obliquely from the connecting portion r 3 °H connecting portion 620, the two guiding rods For example, the shape of the cymbal (such as the eighteenth figure), the drive f of the driver 63 is connected to the connecting portion 620 to drive the sliding member 62 as a warp. The female clip portion 64 has a set of connectors 640 and is connected thereto. The socket 640 is divided into two parts: a clamping rod 64 and the two sockets 64. The shafts are respectively connected by the sleeve 610' and are respectively located on both sides of the shaft 61, and can be used as the 15 201204446 shaft 61 The shaft swings so that the two clamping levers 641 can be operated to enter an open state (as shown in FIG. 19) and a closed state (as shown in FIG. 20). The two sockets 640 The bottom portions are respectively sleeved on the two guide rods 621. As shown in Fig. 19, when the driver 63 pushes its drive shaft 630 to elongate, the slider 62 moves forward, so that the two sleeve members 640 Sliding sleeves respectively adjacent to the two guiding rods 62〇, at this time, the two clamping rods 641 are in an open state. As shown in the twentieth diagram, when the driver 63 is pulled back to its driving shaft 630, The sliding member 62 is moved backwards, so that the two connecting members 64 are respectively slammed/mooned at the separation of the two guiding rods 620. At this time, the two clamping rods 64 are The closed state. As shown in the twenty-first figure, the mobile device 2 further includes a brake shoe 24°. The bicycle 24 is connected to the body 20. The two clamping bars 641 have respectively
一長直段642及延伸自該長直段642 —端的一擴張段 643(如第十八圖所示）。當兩夾桿641進入該閉合狀態時， 繞行中的該移動裝置2的煞車片24係會撞擊到該^夾桿 641的擴張段643的底部，並被該兩閉合的夾桿641擋住， 使得n亥移動裝置2無法繼續前進。若該移動裝置2係以高 速衝向該兩閉合的夾桿6 4丨時，該兩夾桿6 4丨的長直段6 Z 係能供該移動裝置2的煞車片24磨擦’以使該移動裝置2 減速至停止狀態。此外，該煞車片24及該兩夾桿641的外 表面分別包覆有一層橡膠或其他緩衝的煞車材料，以減緩 每次煞車時該煞車片24對該兩夾桿641的磨耗。''· 如上所述 田战迓® W隹連作時，該煞車裝置6 # 夾桿641係為張開狀態（如第十九圖所示），使得該移鸯 16 201204446 置2此順％地该兩夾桿641的中間通過從該煞車裝置6。 直到該遊戲結束時，該煞車裝置6的兩夾桿641就會呈現 閉合狀態’使得該移動裝置2的煞車片24被強制止擋在該 兩夾桿⑷之間，如第二十—圖所示，並關閉該電源使該 移動裝置2的螺旋槳211停止轉動。 熟输如何 夠教導〇卩可以從上述例子的說明中獲得足 導並據而了解到本發明减香· θ 士 -進步性，且本發日確貫具有產業上之利用性及A long straight section 642 and an expanded section 643 extending from the end of the long straight section 642 (as shown in Fig. 18). When the two clamping rods 641 enter the closed state, the braking piece 24 of the moving device 2 in the bypass will hit the bottom of the expanding section 643 of the clamping rod 641 and be blocked by the two closed clamping rods 641. This makes it impossible for the n-th mobile device 2 to continue moving forward. If the moving device 2 is rushed toward the two closed clamping rods 6 4 ′ at a high speed, the long straight segments 6 Z of the two clamping rods 6 4 能 can be rubbed by the braking piece 24 of the moving device 2 to make the The mobile device 2 is decelerated to a stop state. In addition, the outer surface of the brake shoe 24 and the two clamping bars 641 are respectively covered with a layer of rubber or other cushioning brake material to slow the wear of the two clamping bars 641 by the brake shoe 24 each time the brake is braked. ''· As described above, when the Tactical Warrior® W隹 is connected, the brake device 6# is clamped to the open state (as shown in Fig. 19), so that the movement 16 201204446 is set to 2%. The middle of the two clamping bars 641 passes through the braking device 6. Until the end of the game, the two clamping bars 641 of the braking device 6 will be in a closed state, so that the braking piece 24 of the moving device 2 is forcibly stopped between the two clamping bars (4), as in the twentieth-picture The power supply is turned off and the propeller 211 of the mobile device 2 is stopped. How to teach well, you can get the guidance from the description of the above examples and learn about the scent reduction θ 士 - progress of the present invention, and the actual use of this day is industrially applicable.
揭露在先7 _中均未見有相同或類似技術 P 70叩昇足有新穎， 件，爰依法提出申請/ 本I明確已符合發明專利要It is revealed that there is no identical or similar technology in the first 7 _ P 70 足 足 有 有 有 有 有 有 有 有 有 有 有 有 有 有 P P P P P P P P P P P P P
17 201204446 【圖式簡單說明】 第一及二圖係分別繪示本發明 佳例子的示意圖。 第三圖係繪示第一 圖。 之執道式遊戲系、統之兩個較 圖的多個執道組及多個移動裝 置的放大 第四圖係繪示第 圖。 二圖的多個軌道組及多個移動裝 置的放大 第五：煞車裝置及該軌道組上的該移動裝置的示 第六圖係繪㈣軌道式遊戲系統之—控㈣置、 置及一起動裝置的示意圖。 刀裝 的示意 第七圖料㈣崎式遊㈣H獎產生裝置 第八及九圖係分別繪示該移 ?夕動哀置的則輪組的作動示意 圖。 置的後輪組的作動示意 第十到十二圖係分別繪示該移動裝 圖0 第十四及十五圖係分別給+兮教〜# 示 】、.日不5玄移動裝置通過該兩轨道的 意圖。 第十六圖係繪示該前輪組的示意圖。 第十七圖係繪示該煞車裝置的剖面視圖。 第十八圖係繪示該煞車裝置的上視圖。 第十九圖係繪示該煞車裝置處在—張開狀態的示意圖 201204446 •- 第二十圖係繪示該煞車裝置處在一閉合狀態的示意圖。 第二十一圖係繪示該煞車裝置止擋住該移動裝置的示意 圖。 【主要元件符號說明】 1軌道組 10支架 11軌道 12導電軌 0 2移動裝置 20本體 200前固定部 201後固定部 21動力組 210轉軸 211螺旋槳 212電刷 22前輪組 220前夾輪組 221前輪桿 222前方向轉軸 224基板 225頂輪 ® 226底輪 227側輪 23後輪組 230後夾輪組 231後輪桿 232後方向轉軸 233擺動轴桿 24煞車片 3偵測模組 4控制裝置 40得分開關 41動力控制件 5支撐架 6煞車裝置 19 201204446 60基座 610軸套 620連接部 63驅動器 64夾部 641夾桿 64擴張段 8記分裝置 81代幣產生模組 9兒獎產生裝置 61轴桿 62滑動件 621導桿 630驅動轴 640套接件 642長直段 7起動裝置 80顯示模組 810代幣 90選擇鈕17 201204446 [Simple description of the drawings] The first and second drawings respectively show schematic diagrams of preferred examples of the present invention. The third figure shows the first picture. The exaggerated game system, the two multiple execution groups of the figure and the enlargement of the plurality of mobile devices are shown in the fourth figure. The second track group and the plurality of mobile devices are enlarged fifth: the braking device and the sixth device of the mobile device on the track group are drawn (4) Schematic diagram of the device. Schematic diagram of the knife assembly. The seventh picture material (4) Kaki-style tour (4) H-winning device The eighth and ninth drawings show the movement diagram of the wheel set. The operation of the rear wheel set indicates that the tenth to twelfth drawings respectively show that the mobile device loading picture 0 and the fourteenth and fifteenth pictures are respectively given to +兮教~#示】,. The intention of the two tracks. Figure 16 is a schematic view showing the front wheel set. Figure 17 is a cross-sectional view showing the brake device. Figure 18 is a top view showing the brake device. Figure 19 is a schematic view showing the brake device in an open state. 201204446 • - The twenty-fifth diagram shows a schematic view of the brake device in a closed state. The twenty-first figure shows a schematic view of the brake device stopping the mobile device. [Main component symbol description] 1 track group 10 bracket 11 track 12 conductive rail 0 2 moving device 20 body 200 front fixing portion 201 rear fixing portion 21 power group 210 rotating shaft 211 propeller 212 brush 22 front wheel group 220 front pin wheel group 221 front wheel Rod 222 Front direction shaft 224 Substrate 225 Top wheel® 226 Bottom wheel 227 Side wheel 23 Rear wheel set 230 Rear pin wheel set 231 Rear wheel bar 232 Rear direction axis 233 Swing shaft 24 Brake 3 Detection module 4 Control device 40 Score switch 41 power control member 5 support frame 6 brake device 19 201204446 60 base 610 sleeve 620 connection portion 63 driver 64 clamp portion 641 clamp rod 64 expansion portion 8 scoring device 81 token generation module 9 child prize generation device 61 Shaft 62 Slider 621 Guide Rod 630 Drive Shaft 640 Socket 642 Long Straight Section 7 Starter 80 Display Module 810 Token 90 Select Button
2020