M296361 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種玩具搶之上彈改良機構，尤指一種能讓上彈 時間落後於進氣過程之改良結構，避免彈丸阻擒於搶管之管通道影= 進氣效率’並使得氣紅管内進氣容積量增加而提升射擊性能，達成^ 如真實射擊時所產生之後座力仿真效果。 【先前技術】 > &請參閱第八圖至第十圖，其中圖八及圖九係為習知玩具搶上彈狀 恶剖視圖，該玩具搶乃利用一高扭力馬達驅動最終齒輪20，以帶動具 有齒條30之活塞40及壓縮彈簧5〇，當活塞40向後位移並推壓於壓 縮彈菁50時，同一時間也吸進相當的空氣量於氣缸管6〇當中，以作 為壓縮空氣之用；當最終齒輪2〇之齒狀弧緣2〇1脫離與活塞4〇下端齒 條30之嚙合瞬間，該活塞4〇利用壓縮彈簧50釋放後所產生之推力， >經由推彈嘴80將彈丸1〇強力推出。 :、、i而在上述活塞4〇即將進氣之際，該最終齒輪2〇 一側垂設之 、凸梢202已然抵接拉桿7〇末端之滑塊2〇3，隨著最終齒輪2〇之運轉， 、而牽動拉桿70之推彈嘴8〇後移以上彈，此時推彈嘴8〇即被彈丸1〇 所堵住，造成進氣量受到影響，在推彈嘴80前端雖然開設有十字槽 8〇1以利空氣進入（如圖十），但該十字槽開口太小，並無法有效 提升進氣里，加上活塞4〇向後推壓過程速度極快，讓吸入空氣量更加 不足，另-方面，該十字槽謝的開設，則會影響出氣時氣量的集中 ^生，導致射擊性能降低，並且缺乏真實射擊之後座力。 M296361 【新型内容】 …有馨於習知缺點，以及上之不^，本案創作人乃憑藉其多年 從事此類之工作經驗，積極地投入創新與改良之精神，終於研究出本 創作，以供產業更大之利用。 本創作之轉目的，在於提供—種玩具搶之上料良機構，讓上 彈啟動時間落後於進氣過程之啟動時間，俾使活塞筒在進氣過程中， .能夠充分细推彈嘴的全開口截面積吸人大量空氣後，再帶動彈丸上 彈避免彈丸上升後堵住搶管之管通道，影響到活塞筒之進氣量，使 得氣缸官内進氣容積量增加，達成有如真實射擊時所產生之後座力仿 真效果。 【實施方式】 為使貴審查委員方便了解本創作之内容及所能達成之功效，茲 配合圖式就有關本創作之具體實施例詳加說明其結構特徵如下： ，明併參閱第一圖及第二圖所示，在本創作搶本體1之氣缸管2中 套滑有一活塞筒3，以及一壓縮彈簧4抵接於活塞筒3與搶本體丨末端之 間，該活塞筒3於氣缸管2中後移以進氣，並利用壓縮彈簧4壓縮後所回 復之彈力，帶動活塞筒3前移瞬間推擠空氣，經由氣缸管2之氣嘴。排 出，用以射擊彈丸。 上述帶動活塞筒3後移之動力係源自於：活塞筒3下緣設有齒排31 與最終齒輪5相抵接，該最終齒輪5係為半齒設計，同時具有釋放弧緣 51及齒狀弧緣52，且最終齒輪5—侧設有内齒部53可透過馬達（圖式中 未揭露）利用齒輪組加以驅動，而於另側垂直設有一凸梢54於齒狀弧 6 M296361 緣52之起始端55與終止之區段間，更進—步來說，該凸梢54係位 於鄰近齒狀弧緣52區間之中段處，而偏向於終止端％—端，換言之， 相對於最終錄55軸心而言，該凸梢54與起始端55間之夾角角度，係 大於凸梢54與終止端56間所形成之夾角角度。 另’用以控制彈丸上彈之裝置，係為設於氣缸管2底端之曲狀拉桿 6，該拉桿幡端卡接有一推彈嘴7套接於氣嘴2卜並容置於槍鄭之管 通迢中，其末端為-滑塊61位於最終齒輪5之凸梢54一側，同時透過一 復進彈黃9與搶本體1固結。所述滑频具有一不規則曲線之斜細卜 當最終齒輪5運轉時，可讓凸梢54沿滑塊61斜邊611滑行而推動拉桿6 後移’直至凸梢54慢慢滑移至斜邊611末端，利用斜邊611之西線設計， 讓凸梢54推移拉桿6之力量減弱，最後該拉桿6藉由復進彈箸9之彈力復 歸0 明續參閱第二圖至第七圖，如圖三，於初始狀態下，裝設於槍管8 下方之彈E (圖式中未揭露），能將射擊用彈丸1()頂升於推彈嘴7底端 並受其槽止，同時最_輪5與活簡3下方之餘31減㈣合狀態 ，如圖四啟動扭力馬達驅動最終齒輪5以逆時針方向運轉，同一時間 帶動該活塞筒3向後位移用以進氣。 如圖五，在最終齒輪5運轉一定時間後，更進一步而言，當該最終 齒輪5運轉至距離起始端55至終止端56之中段行程以後，該凸梢以與滑 塊61之斜箱1接觸，以確絲敎1()上狀前，脑額3能夠充份 進氣，而在最終齒輪5持續運轉下，該凸梢54延斜邊611滑行而推動拉 桿6後移，使得彈丸1〇失去推彈嘴7之抵擋而上升至搶管8中。 7 M296361 圖-）回復之彈力帶動二/二，使得該拉桿6經由復進彈簧9 (參閱 等待下-U墼於 月'移’讓另-彈丸10,受到推彈嘴7之抵擋，以 寻传卜一次擊發程床， 弧緣51㈣m 之後，如駐，隨著最終齒輪5運轉至釋放 之力前f ^屮^塞筒3齒排31之妨，使得活塞職壓縮彈簧4 纪上所、戒，础1官2中空氣推動搶管8中之彈丸10擊發於外。 使得^触、’本創作係讓拉桿之啟_後於活塞筒之啟動時間， 與活塞筒之位移時形成時間差，換言之，齒狀弧緣與活塞 八^4 田中疋成，俾使活塞筒在進氣過程中，能夠充 =嘴位ΖΓΓ1σ截面積吸入她氣後，細凸梢加以帶動 筒之進氣二使得氣管通道，影響到活塞 產生之後動仿纽果，贿权卿性Γ如料射料所 之人賴林辦讀佳實_，軌熟悉摘作之技藝 請專 【圖式簡單說明】 第一圖所示係本創作之外觀立體圖。 =圖所稀'本_上彈結叙轉絲終錄立體圖。 第—圖所TF係本創作實施例暨初始狀態剖視圖。 第四圖所示縣_實_之進餘§示意圖。 8 M296361 第五圖所示係本創作實施例之上彈狀態示意圖。 第六圖所示係本創作實施例之進氣狀態完成示意圖。 第七圖所示係本創作實施例之擊發狀態示意圖。 第八圖所示係習有玩具槍之上彈狀態示意圖一。 第九圖所示係習有玩具槍之上彈狀態示意圖二。 第十圖所示係習有玩具搶之搶管開口前視圖。 【主要元件符號說明】 鲁10、10,........................彈丸 20.............................最終齒輪 201............................齒狀弧緣 202 凸梢 203............................滑塊 30.............................齒條 40.............................活塞 50.............................壓縮彈簧 60.............................氣缸管 70.............................拉桿 80.............................推彈嘴 801............................十字槽 1 ..............................槍本體 2 .............................. 氣嘴 9 21 M296361 活塞筒 齒排M296361 VIII. New Description: 【New Technology Fields】 This creation department is about a toy looting mechanism, especially an improved structure that can make the rebound time lag behind the air intake process, avoiding the bullet smashing The tube channel shadow = air intake efficiency 'and the air intake volume in the gas red tube increases and the shooting performance is improved, achieving the simulation effect of the seat force generated after the real shooting. [Prior Art] >&<> Referring to Figures 8 through 10, wherein Figures 8 and 9 are cross-sectional views of a conventional toy grabbing a bullet, the toy is driven by a high torque motor to drive the final gear 20, To drive the piston 40 with the rack 30 and the compression spring 5 〇, when the piston 40 is displaced backward and pushed against the compressed elastic cyanine 50, a considerable amount of air is also sucked into the cylinder tube 6 同一 at the same time as compressed air. When the toothed edge 2〇1 of the final gear 2 is disengaged from the engagement with the lower end rack 30 of the piston 4, the piston 4〇 is released by the compression spring 50, > via the pusher 80 will launch the projectile 1〇 strongly. :,, i, while the piston 4 is about to be inflated, the final gear 2 is suspended on the side of the second gear, and the protrusion 202 has abutted against the slider 2〇3 at the end of the rod 7,, with the final gear 2〇 After the operation, the push rod of the pull rod 70 is moved to the top of the rod, and then the bullet is blocked by the projectile, which causes the air intake to be affected, and the front end of the pusher 80 is opened. There is a cross recess 8 〇 1 to facilitate air ingress (Figure 10), but the cross slot opening is too small, and can not effectively raise the air intake, plus the piston 4 〇 push back the process is extremely fast, so that the amount of intake air is more Insufficient, on the other hand, the opening of the cross groove will affect the concentration of gas at the time of gas release, resulting in reduced shooting performance and lack of seat force after real shooting. M296361 [New content] ...There are some shortcomings in the well-known and well-being, and the creator of this case, with his years of experience in such work, actively investing in the spirit of innovation and improvement, finally researching this creation for the purpose of Greater use of the industry. The purpose of this creation is to provide a kind of toy to grab the upper material, so that the start-up time of the bomb is behind the start-up time of the intake process, so that the piston cylinder can be fully pushed during the intake process. After the large opening cross-sectional area attracts a large amount of air, the projectile is loaded to prevent the projectile from rising and blocking the pipe passage of the pipe, which affects the intake air volume of the cylinder, so that the intake volume of the cylinder is increased, achieving a true shooting. The resulting seat force simulation effect occurs. [Embodiment] In order to make it easier for your review committee to understand the content of the creation and the efficiencies that can be achieved, the detailed description of the specific embodiment of the creation is described below with reference to the following structural features: As shown in the second figure, a cylinder 3 is sleeved in the cylinder tube 2 of the body 1 and a compression spring 4 abuts between the cylinder 3 and the end of the body. The cylinder 3 is in the cylinder tube. In the middle, the air is moved backward, and the elastic force recovered by the compression spring 4 is used to drive the piston tube 3 forward to push the air instantaneously, and the air nozzle of the cylinder tube 2 is passed. Exhausted to shoot a projectile. The power that drives the piston barrel 3 to move backward is derived from the fact that the lower end of the piston barrel 3 is provided with a tooth row 31 that abuts the final gear 5, and the final gear 5 is designed as a half-tooth with a release arc 51 and a toothed shape. The arcuate edge 52, and the inner gear portion 5 is provided on the side of the final gear 5, which can be driven by a gear set through a motor (not disclosed in the drawings), and a convex portion 54 is vertically disposed on the other side of the toothed arc 6 M296361 edge 52 Between the starting end 55 and the terminating section, further, the bump 54 is located in the middle of the section adjacent to the toothed arc edge 52, and is biased toward the terminating end %-end, in other words, relative to the final recording In the 55-axis, the angle between the protrusion 54 and the starting end 55 is greater than the angle formed between the protrusion 54 and the terminating end 56. In addition, the device for controlling the projectile of the projectile is a curved tie rod 6 disposed at the bottom end of the cylinder tube 2, and the push rod end is snapped with a pusher nozzle 7 and is sleeved on the gas nozzle 2 and accommodated in the gun Zheng In the tube overnight, the end of the tube is - the slider 61 is located on the convex portion 54 side of the final gear 5, and is consolidated with the grab body 1 through a re-injection spring 9 . The slip frequency has an irregular curve. When the final gear 5 is running, the bump 54 can be slid along the oblique side 611 of the slider 61 to push the pull rod 6 back to move until the convex portion 54 slowly slides to the oblique direction. At the end of the side 611, the west line design of the beveled edge 611 is used to weaken the force of the bump 54 to the pull rod 6. Finally, the pull rod 6 is reset by the elastic force of the retracting magazine 9 to continue to refer to the second to seventh figures. As shown in Fig. 3, in the initial state, the bomb E (not disclosed in the figure) installed under the barrel 8 can lift the projectile projectile 1 () to the bottom end of the pusher nozzle 7 and be stopped by the slot. At the same time, the most _ wheel 5 and the lower part of the live 3 are reduced by 31 (4), as shown in Fig. 4, the torque motor is driven to drive the final gear 5 to run counterclockwise, and at the same time, the piston barrel 3 is displaced backward for intake. As shown in FIG. 5, after the final gear 5 is operated for a certain period of time, further, when the final gear 5 is operated to a middle stroke from the starting end 55 to the terminating end 56, the convex tip is used with the inclined box 1 of the slider 61. Contact, in order to confirm the silk 敎 1 () before the shape, the brain 3 can be fully inhaled, and in the final gear 5 continuous operation, the convex 54 slanting slant 611 slid and push the rod 6 back, so that the projectile 1 〇 Loss of the push of the pusher 7 and rise to the grab pipe 8. 7 M296361 Fig.-) The elastic force of the return drives the second/two, so that the pull rod 6 is retracted by the spring 9 (see waiting for the next -U墼's shifting to the 'ball' 10, which is resisted by the pusher 7 to find After passing the test bed, the arc edge is 51 (four) m, if it is stationed, with the final gear 5 running until the release force, the f ^ 屮 ^ plug 3 tooth row 31, so that the piston compression spring 4, the ring In the first official 2, the air pushes the bullet 10 in the pipe 8 to be shot outside. It makes the touch, 'this creation makes the pull rod start _ after the start time of the piston tube, and the displacement of the piston tube forms a time difference, in other words The toothed arc edge and the piston 八4 are in the middle of the field, so that the piston cylinder can be filled with the mouth position ΖΓΓ1σ cross-sectional area during the intake process, and the fine convex tip is used to drive the intake of the cylinder to make the tracheal passage After affecting the generation of the Pistons, the imitation of the New Zealand fruit, the bribes of the Qing Dynasty, such as the material shooter, Lai Lin, read the good _, the skills of the familiar familiar with the track, please [simplified description] The stereoscopic view of the appearance of the creation. = The picture is thin, the original _ upper-elastic knot, the finalized three-dimensional picture. The TF is a cross-sectional view of the present embodiment and the initial state. The fourth figure shows the state of the county _ real_ s. 8 M296361 The fifth figure shows the state of the upper state of the present creation embodiment. A schematic diagram of the completion of the intake state of the present embodiment is shown in the seventh embodiment. The seventh diagram is a schematic diagram of the firing state of the present embodiment. The eighth figure shows a schematic diagram of the upper state of the toy gun. The schematic diagram of the upper state of the toy gun is shown in the second picture. The tenth picture shows the front view of the tube opening of the toy grab. [Main component symbol description] Lu 10, 10,........... ............. projectiles 20.............................final gear 201... .........................toothed arc edge 202 convex tip 203................. ........... Slider 30............................. Rack 40.... .........................Pistons 50....................... Compression spring 60.............................Cylinder tube 70......... ....................Trolley 80............................ Push the bullet 801............................Cross groove 1....... .......................gun body 2 ........................ ...... gas nozzle 9 21 M296361 piston barrel tooth row
31 4· 5. 51 52 53 54 壓縮彈簧 最終齒輪 釋放弧緣 齒狀弧緣 内齒部 凸梢 55 .............................起始端 56 .............................終止端 6.............................. 61.............................滑塊 611............................斜邊 7 ..............................推彈嘴 8 .............................. 9..............................復進彈簧31 4· 5. 51 52 53 54 Compression spring final gear release arcing toothed arc edge inner tooth tip 55 ........................ .....starting end 56 .............................terminating end 6.......... .................... 61............................. Slider 611............................ Beveled edge 7 ................ ..............Pushing the mouth 8 .............................. 9. .............................Return spring