TWI244542B - Gas supplying mechanism in a gas powered toy gun - Google Patents
Gas supplying mechanism in a gas powered toy gun Download PDFInfo
- Publication number
- TWI244542B TWI244542B TW93114067A TW93114067A TWI244542B TW I244542 B TWI244542 B TW I244542B TW 93114067 A TW93114067 A TW 93114067A TW 93114067 A TW93114067 A TW 93114067A TW I244542 B TWI244542 B TW I244542B
- Authority
- TW
- Taiwan
- Prior art keywords
- striker
- gas
- state
- movable
- valve
- Prior art date
Links
Classifications
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F19/00—Complete banking systems; Coded card-freed arrangements adapted for dispensing or receiving monies or the like and posting such transactions to existing accounts, e.g. automatic teller machines
- G07F19/20—Automatic teller machines [ATMs]
- G07F19/201—Accessories of ATMs
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F41—WEAPONS
- F41B—WEAPONS FOR PROJECTING MISSILES WITHOUT USE OF EXPLOSIVE OR COMBUSTIBLE PROPELLANT CHARGE; WEAPONS NOT OTHERWISE PROVIDED FOR
- F41B11/00—Compressed-gas guns, e.g. air guns; Steam guns
- F41B11/60—Compressed-gas guns, e.g. air guns; Steam guns characterised by the supply of compressed gas
- F41B11/62—Compressed-gas guns, e.g. air guns; Steam guns characterised by the supply of compressed gas with pressure supplied by a gas cartridge
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F41—WEAPONS
- F41A—FUNCTIONAL FEATURES OR DETAILS COMMON TO BOTH SMALLARMS AND ORDNANCE, e.g. CANNONS; MOUNTINGS FOR SMALLARMS OR ORDNANCE
- F41A17/00—Safety arrangements, e.g. safeties
- F41A17/74—Hammer safeties, i.e. means for preventing the hammer from hitting the cartridge or the firing pin
Landscapes
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Business, Economics & Management (AREA)
- Accounting & Taxation (AREA)
- Finance (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Toys (AREA)
- Filling Or Discharging Of Gas Storage Vessels (AREA)
Abstract
Description
1244542 坎、發明說明： 【發明所屬之技術領域】 本案申清專利範圍所述之發明， 之氣，征座 係關於充氣式玩具搶 <乳體供應機構，其係藉由撞 通路（用决彳i£ * ^ 之碇動，來使進行氣體 束i、應利用於裝填在| ^ $ 開Μ的叫μ 具隹衣弹至之子彈發射的氣體）之 ]關的開關閥部動作，進行通 h前技術】 。 稱為遊戲搶（空氣搶）之玩具槍 感外，外觀上$ %介H 除了形狀、質 卜硯上之動作亦作成與實物 例如，已有：在搶柄内設置=玩純中， 機择#ϋ 1具兄礼體之畜壓室，藉由與扳 關狀能ίΓ 旋動，使連結於蓄壓室之氣體通路從 至…的開：恶’猎由通過該成開狀態之氣體通路供應 ，二：的氣體壓力，來進行裝填於震彈室之子彈的發射 的氣#厭士 ^ 、路（1曰由扣針之旋動而成開狀態） 滑 滑件的移動，藉由該1244542 Description of the invention: [Technical field to which the invention belongs] The invention described in the patent scope of this case, the Qi, Seizure is related to inflatable toys grabbing the milk supply mechanism, which £ i £ * ^ to move the gas beam i, which should be used to open and close the opening and closing valve section of | ^ $ open M called the gas emitted by the bullet with the 隹 clothing bullet to].通 h 前 技术】. In addition to the feel of a toy gun called a game grab (air grab), the appearance of $% introduces H in addition to the shape and quality of the action on the body. For example, it has been set in the grab handle = playing pure, machine selection # ϋ 1 The animal pressure chamber with a ceremonial body, by rotating with the closing energy ΓΓ, the gas path connected to the pressure storage chamber is opened from to: evil 'hunting passes through the gas path in the opened state Supply, two: The gas pressure, which is used to launch the bullets filled in the bomb chamber. ### Shishi ^, road (1: opened state by the rotation of the pin), the movement of the slider,
發子彈供應至6成為空狀態之裝彈室（ 例如，參閱專利文獻1}。 I Α專利文獻1所揭示之玩具搶，除撞針、㈣室及滑件 π外’另具備：與扳機扣壓操作連動而旋動之撞針所撞擊 之發射用可動銷，以及包含 匕3活基構件及閥部、藉由撞針撞 4之务射料⑽肖而移動來使連結於蓄壓室 關狀態變成開狀態的間機構。通過氣體通路(= 占)來自畜壓室之氣體壓力，除利用於裝填在裝彈室 之子彈發射外亦利用於滑件部之後退。此外，因滑^部之 1244542 後退而位於將推壓力作用於發射用可動銷之旋動位置的撞 針，往離開發射用可動銷之方向旋動，據此，閥機構即使 氣體通路從開狀態變成關狀態。氣體通路變成關狀態後， 滑件部因其慣性而繼續後退，當到達最後退位置時，則藉 由作用於此之彈壓力前進。由於此滑件部之前進，保持： 彈倉最上端部的子彈被搬至裝彈室，據此，對成為空狀態 之裝彈室進行下一發子彈之供應。 μ……u切朔（板從動之撞針撞 擊）及閥機構，來開關連結於蓄壓室箄 田土至寺軋體供應源之氣體通 路的充氣式玩具槍，通常，例如圄 — ⑦例如圖15所不，係將閥機構 、配置成能相對連結於氣體供應源之氣體通路u移動， 並且在該閥機構丨2之後方將發射 動。 x町用T動銷1 3配置成能移The ammunition is supplied to 6 empty loading chambers (see, for example, Patent Document 1). The toy grab disclosed in Patent Document 1 is provided in addition to the striker, the chamber, and the slider pi. The movable pin for firing hit by the rotating and rotating firing pin, and the movable base member and valve part including the dagger 3 are moved by the firing pin hitting the firing pin to move the closed state connected to the pressure storage chamber to the open state. The gas pressure from the animal pressure chamber through the gas path (= occupancy) is used not only for the firing of the bullets filled in the loading chamber, but also for the rear part of the sliding part. In addition, because the 1245442 of the sliding part retreated, The striker located at the turning position where the pushing force is applied to the movable pin for launching rotates in a direction away from the movable pin for launching, so that even if the gas path changes from the open state to the closed state. The slider part continues to retreat due to its inertia, and when it reaches the final retreat position, it advances with the pressure of the bullet acting on it. Because this slider part advances forward, keep: The bullet at the top of the magazine is moved to the loading room, Therefore, the next round of ammunition is supplied to the empty loading chamber. Μ …… u Qisuo (the impact of the plate driven striker) and the valve mechanism are used to switch the supply of the pressure chamber Putian soil to the temple rolling body. In general, an inflatable toy gun with a gas path of the source is, for example, 圄 — ⑦ as shown in FIG. 15, the valve mechanism is configured to move relative to the gas path u connected to the gas supply source, and after the valve mechanism 丨 2 Fang will launch the move. X-chop T 3 moving pin is configured to be movable
Ad 你兴局平備發射子彈 处；豆起狀態（稱為待發狀態）的撞針Μ ，用來限制通過撞針支柱15而心下口狀心、下 你田 卞叉往15而文到撞針彈簧16之彈壓力 之撞針14旋動的旋動桿1 7 壓❹p ^ ^干17，在未圖不之扳機受到扣 &枯即解除與撞針14之彼 能之浐私，， 卞口狀悲，據此，在待發狀 :之：針14’即隨著作用於其之撞針彈菁 :::5高r動。高速旋動之…，將其撞擊部14A， 體通路二過與發射用可動銷i3(位於離開使氣 ，如圖& 成構12的位置）後部之接觸狀態 戈圖1 6所示，進入設於滑#Ad You are ready to launch bullets; the firing pin M in the bean-raised state (called the ready-to-go state) is used to restrict the mouth-shaped heart through the firing pin post 15 and the firing pin spring to the firing pin spring 15 The spring of 16 The pressure of the firing pin 14 Rotating the rotating lever 1 7 Press ❹ p ^ ^ Stem 17, when the trigger is not shown, the button is lifted and the firing pin 14 is released, and the power of the firing pin 14 can be closed. According to this, in the state of waiting: Zhi: Needle 14 'is used with its writings to strike the pin ::: 5 high r. Rotate it at high speed, contact the impact part 14A, the body passage two with the movable pin i3 for launch (located away from the qi, as shown in Figure & Structure 12), and enter the state shown in Figure 16于 于 滑 #
,M .L λ1λ ^ 邛1 8後端部分之凹部丨8 A 糟此末楦擊發射用可動銷1 3。 1244542 被撞針14撞擊之發射用可動銷i3， 捲繞於發射用可動銷13)之彈 冓件（ …，據此，閥機構12進行移：，= 從關狀態移至開狀態。 “體通路11進行 (專利文獻1) 日本專利特開平8 — 233492號公報（第 一圖10) /貝圖4 充氣式玩具搶與真搶同樣的， 運茸不祛闲胳浐η士 ν ”吕於既定場所或搬 =不使用狀!係將在待發狀態下之撞針，藉由手動 刼作使其較緩忮地向前方倒下， 而成為不會對子彈 銷（撞針）給予子彈發射所需打擊之 、 幻。亦即，撞針從待發狀態之位置進行 非待發狀態之位置。 疋勒而倒下至 在此狀態下，如圖1 5所 斤不之具備以氣體通路1 1、 機構12、發射用可動銷13及 ^ 的右每^ r目^ 針14構成之氣體供應機構 田处在保官於既定場所或搬運等不使 用狀悲日τ ’右扣壓去同-> t 之 … 不之扳機的話，因此動作而解除盘 針彈”6…： 即以抑制作用於此之撞 針h 16之㈣力的方式，從圖15之-點鏈線所示之待 發狀態，藉由手動操作緩慢 寺 待發狀態，而維持該非待 '' ，、之非 竹〜狀怨。成為非待發狀離 14，其撞擊部14A雖合 狀1、之心針 曰接近或接觸發射用可動銷13 部，但不會推壓使發射用可動銷η 灸 12即位於使氣體通路u ’因此’閥機構 、、隹持關狀態的位置，抵接於旋動 1244542 ^ 17之一端，而卡止於該位置。當撞針14在非待發狀態 時，撞針彈簧16係處於既不壓縮亦不伸長之狀態，不會 對撞針1 4產生彈壓力。 女A所述^知之充氣式玩具搶在不使用狀態時，撞 針14雖維持於非待發狀態，但在此種非待發狀態之撞針 Μ，就其機構上之狀況而言，難謂具有充分之安定性。例 如，對在非待發狀態之撞針14，若從其後方加上較大之推 壓力時，撞針U會從與旋動桿17之卡合狀態脫離，或使 卡合於撞針14之㈣桿17產生變形或破損等，導致撞針 4推m用可動銷i 3使其移動，進而有使閥機構12非 期望的進行將氣體通路11 m狀態變成開狀態之動作之 虞。 不期望地進行發射用可動銷1 3 構1 2不期望地進行將氣體通 之動作的狀況時，將產生通過 源之氣體供應，例如，因該氣 此外’若產生撞針14 之推壓移動及所伴隨之閥機 路Π從關狀態變成開狀態 氣體通路1 1來自氣體供應 體而導致子彈發射之走火。 【發明内容】 有鑑於上述諸問題點， ”、 本申請專利範圍之發明，提供 充氣式玩具％之氣體供應機 1π八料♦ a & 賊構·在將進行用以供應利用於 子弹叙射之氣體之氣體通路 ^ 關的開關閥部，藉由連動於 為餐射子5?*而進行之杯她 、s、m„ ^作的撞針部之旋動來動作，在 通過耽體通路之氣體供應能 ^ ^ ^^ 仃之h形下，使從待發狀態 不罪為毛射子弹而進行之板 钱知作即移至非待發狀態之撞 1244542 針部，能確實地維持非待發狀態，避免藉由不希望地加上 之推壓力使開關閥部不希望地動作的狀況。 本案申請專利範圍帛1項至第9項中任i項之充 玩具搶之氣體供應機構，其特徵在於，具備··氣體通 係用來供應用於發射裝填在裝彈室之子彈的氣體：開關間 部:係使氣體通路選擇性地成為供應氣體之開狀態與不供 應氣體之關狀態；撞針部，其可進行與為發射子彈^ 之扳機操作連動而從第i位置移至第2位置的高速旋動r 以及不依據該扳機操作而從該第i位置移至該第2 2速旋動；定位構件，係抵接位於該第2位置之該撞針部 而^㈣撞針部之定位；以及可動連結構件，係在該十: =進仃速旋動時，藉由進行對應該高速旋動之第1 "推μ=動該開關閥部’使該開關閥部處於使該氣體 =路仗關狀悲移至開狀態的狀態，在該撞針部進行该低速 =動時，藉由進行對應該低速旋動之第2移：壓移 動該開關閥部，使竽η Μ„μ * 不推反移 態的狀態。開關閥部處於將該氣體通路維持關狀 中任以二式::之本案申請專利範圍第1項至第9項 進行與為具搶？“應機射，撞針部，係 及不护诚 進订扳機刼作連動的高速旋動，以 及不依據該扳機操作的 及低速旋動，均“待之*速旋動 至非待發狀離之^^才夕至非待發狀恶之移動，移 里針部，則係接受定位構件之定位。 里針部進行高速旋動時，可動連結構件對應撞 1244542 針部之高速旋動而推壓蒋# …夕動開關閥部，使該開關閥部處於 將乳體通路從關狀態移至開 翁妒、s枚以戍 狀心之狀恶，據此，成為通過 p體通路供應氣體之狀態，例如，發射出子彈。又 -十部進行低速旋動時，可動 里 動T4Ar_ 動連、纟°構件對應撞針部之低速旋 動，不推壓移動開關閥部而使 維持於. 便°亥開關閥部處於將氣體通路 氣IM·^ 據此’成為不進行通過氣體通路之 乳體供應的狀態。 -搶：動構件’例如申請專利範圍第4項之充氣式玩 ⑪供應機構所述，係配置在離開撞針部之位置而 能與撞針部及開„部卡合 位置而 上人 社？里針部進行咼速旋動時， 於才里針^之弟i部分，例如卡合於抵接面部而推壓移 =關Λ部，在撞針料行低速旋料，卡合於撞針部之 邛刀’例如卡合於凹部而不推壓移動該開關閥部，或 者’例如申請專利範圍第4項之奋$ — 機槿所、+、 / 、之充乳式玩具杨之氣體供應 乂 H裝於撞針部而能旋動，且藉由撞針部所具 備之彈壓機構彈Μ於既定 人，“弹土於既疋之方疋動方向，而能與開關閥部卡 σ —才里針部進行高速旋動日夺，係纟彈壓機構所產生之旋 動量較小的狀態下推壓移動開關閱部’而在撞針部進行低 速疑動時，則係在彈壓機構所產生之旋動量較大的狀態下 不推壓移動開關閥部。 根據上述本案申請專利範圍第1項至第9項中任丨項 >充氣式玩具搶之氣體供應機構，藉由分別對應撞針部之 :速旋動及低速旋動的可動連結構件之動作，在撞針部進 灯呵速％動時，開關閥部使氣體通路從關狀態移至開狀熊 10 1244542 進行通過氣體通路之氣體供應， 猶〜7 〜 孝日此，例如，能確竇i士 獲仔子彈發射之狀態，又， 此確貝地 ee „ A 里对口卩進行低速旋動時，朋 關閥邛使氣體通路維持 1 體供應。此外，在撞針部進 <軋 ^ ^ Μ 5 =ft 0 、疋動或低速旋動而從待 =移至非待發狀態時，藉由抵接於此之定位構 /構上之定位’能安定地維持非待發狀態。其结果: 低速旋動，使開關閥部在令 進仃 较a 孔肢通路維持關狀態的狀離下 移至非待發狀態的撞針部，即受 狀〜、下 地維持非待發狀態，能 峰n ^^ u免因對處於非待發狀態之撞針部 產生非期望之推壓力而導致m π μ # 。 ν致開關閥部不期望地動作的狀況 【實施方式】 圖1中’一併顯示了本案申請專利範圍第！項至第6 項中任1狀充氣式玩具搶U體供應機 i 機構之充氣式玩具搶。 、用该 圖1所不之充氣式玩具搶，具備包含扳機2 22、設於搶管部22後端部 4 刀乏衣弹至23、撞針部24及搶 柄部25的玩具搶本體3〇 乂汉收合於％柄部25内而 卸之匣3 1，並配置有與搶管 x & °卩22相關連，能沿搶管部22 之方向移動的滑㈣32。裝彈室23，係形成在 料等彈性磨擦材料所構成之環狀構件23a内部1狀構= 23A係配置於搶管部22之後端部分内側。 於槍柄部2 5，配詈右f 、， 配置有仅扳機21向後方延伸之 33，此可動桿33能沿搶管部 I 22之方向移動。當扳機21 1244542 、E B寸，即從操作開始位置（位於設在玩具搶本體3 〇之 ，接部“前方)向後方移動，伴隨之，可動桿33亦向後方 私動°亥可動桿33之後端部，抵接於板片彈菩 。平更35,係料動桿33作用將其向前方推壓之彈壓力 立 牛P 32，係肷合於玩具搶本體30之設置槍管部22 在扳機21位於操作開始位置時’係位於其前端 基準2具搶本體3G之設置搶管部22之部分之前端部的 。又，滑件部32，在其全體能進行沿 之方向的移動下， 移動下被配置於玩具槍本體30之螺旋彈菁 略圖不），彈壓向玩具搶本體3〇之前方側。 32A=部Μ，具有選擇性抵接於滑件部32之後端部分 方側部分、與設有複數個卡合段部的下方側部分 方側部分透過軸37裝配於玩具搶本 能以軸37為去舳祐說 <傻喊口丨 透過…=;又，在撞針部24之下方側部分， 衣配才里針支柱4〇 另一 具有透過蓋39卡人於w s亥撞針支柱40 撞針彈”8的 25之下方側部分内之 才里針萍百38的一端部。蕻 ..„ . 針部24，透過蓋39及撞 :干，將=受撞針彈菁38之彈厂1力，如圖1之箭頭a =。方侧部分嶋滑件…後端部… “里針°P 24之下方側部分的前方側設有凹部24A， 撞針部24,在對搶柄部 有凹4 示之狀態)下，於上方… E 31之初期狀態(圖1所 側°卩分抵接滑件部32之後端部分 12 1244542 ’且以可動連結構件43之後端部43A卡合於$在 側部分之凹部24A的狀 〜在下方 ^ . U疋其位置。此時，藉私加1 >1 係處於非待發狀態之位置。 針口”4 在可動連結構件43 ^ ,ν ΛΛ ^ ^ 下方、接近撞針部24之下方側 4刀的位置，透過心5於玩具搶本體3 丫 。可動抵接構件46亦卡合於此軸4卜 有咖干44 在可動連結構件43，如圖2所示，設有長 過貫通該長孔43Β之軸42壯亦 透 <釉42 1配於玩具搶本體3〇。 長孔43Β内，配置右嫘枱〜 任 早黃47，俾將可動連結構件43 全體相對轴42彈犀仓尨士 η 卜此外，在可動連結構件u 與玩具搶本體30之間，g己晉古 配置有將可動連結構件43 下方的螺旋彈簧料。藉此， ° 力連、、、口構件43被螺旋彈簧 目、由42弹壓向後方側，且在被螺旋彈箐48彈壓向下 方之情形下，受卡合於長孔43B之轴42的引導而能進行 則後方向之移動，並能進行以抽42為旋動中心之旋動。 因此，可動連結構件43，即能成為將其後端部43A卡合於 撞針部24的狀態，以及將其前端部仪抵接於設在開關 閥部50之桿部5丨（後述）後端部的狀態。 旋動桿44,如圖2所示，其全體呈彎曲形狀，設有能 以軸45為旋動中心旋動、可成為卡合於撞針部μ之下方 側部分之狀態的上方前端部44A，板片彈簧Μ 於豆 方部分44B。板片彈簣53’係將使旋動桿44之上方前端 部44A抵接於撞針部24之下方側部分之方向的彈壓力作 於旋動桿44。 1244542 如圖 35之下 部分。 端部 所示 一起 ’板片彈簧53，係將其下端部與板片彈菁 ，裝設於玩具搶本體30之搶柄部25内的 下方端部’ E 31 ’如圖1所示’係從設於搶柄部2 柄部25之？f入槍柄部25内，其底部抵接卡合於指 ，形成有.广一，而疋位於搶柄部25内。於歴31内 螺旋彈馨5:職將所裝填之複數個子冑BB #壓向上方之 、—端連倉l例如，填充液化氣體的蓄壓室5:, M .L λ1λ ^ 邛 1 8 Concave part at the rear end 丨 8 A Then hit the movable pin 13 for launching. 1244542 The firing movable pin i3 struck by the firing pin 14 is wound around the firing member (...) of the firing movable pin 13), and accordingly, the valve mechanism 12 is moved :, = from the closed state to the open state. "Body path 11 (Patent Document 1) Japanese Patent Laid-Open Publication No. 8-233492 (first figure 10) / Betto Figure 4 Inflatable toy grabbing is the same as the real grabbing, but it does n’t take care of you. “Lu Yuding Place or move = not in use! It is the firing pin that is in the ready state, and it will fall slowly forward by manual operation, so that it will not give the bullet pin (the firing pin) the necessary strike for the firing of the bullet. That is, magic. That is, the firing pin is from the position of the ready-to-fire state to the position of the non-ready-to-fire state. The pinch falls to this state, as shown in Figure 15. It is not equipped with a gas path 11 1, the mechanism 12 2. The gas supply mechanism composed of the movable pin 13 and the right ^ r mesh ^ pin 14 of the launcher is not used by the security officer at a predetermined place or at a certain place, such as the day τ 'Right buckle to the same-> t of ... If you do n’t press the trigger, the needle will be released due to the action "6 ...: That is to suppress the action here. The mode of the force of the striker h 16 is maintained from the waiting state shown in the dotted line in FIG. 15 by manually operating the slow waiting state to maintain the non-waiting, and the non-bamboo ~ like resentment. Becomes If it is not waiting, the impact part 14A is close to the shape 1. The heart needle is close to or touches the movable pin 13 for launching, but it does not push the movable pin η for launching. The moxibustion 12 is located in the gas passage u ′. Therefore, the position of the 'valve mechanism' and the closed state abuts on one end of the rotation 1244542 ^ 17 and is locked at this position. When the striker 14 is not in the ready state, the striker spring 16 is neither compressed nor compressed. In the non-stretched state, there is no spring pressure on the firing pin 14. As described by female A, when the inflatable toy is not in use, the firing pin 14 is maintained in a non-ready state, but in this non-ready state. The striker M cannot be said to have sufficient stability as far as its mechanism is concerned. For example, if a larger push force is applied to the striker 14 in a non-ready state, the striker U will follow from The engagement state of the rotating lever 17 is disengaged, or the tappet lever 17 engaged with the striker 14 is changed. If the striker 4 is pushed or moved by the movable pin i 3, it may cause the valve mechanism 12 to undesirably move the 11 m state of the gas passage to the open state. When the pin 1 3 structure 1 2 undesirably performs a gas flow operation, a gas supply through the source will be generated, for example, because of the gas, in addition to 'the push movement of the striker 14 and the accompanying valve mechanism Π From the closed state to the open state, the gas path 11 comes from the gas supply body and causes the bullet to fire. [Summary of the Invention] In view of the above problems, the invention in the scope of the present patent provides a gas supply machine for inflatable toys. 1π 八 料 ♦ a & thief structure. In the opening and closing valve section that will be used to supply the gas path ^ for the gas used for bullet shooting, by linking to the cup for the meal shooter 5? *, s, m „^ made by the rotation of the firing needle part, under the h shape of the gas supply energy through the body passage ^ ^ ^^ 体, so as not to guilt from the state of firing for hairy bullets Known as soon as it is not waiting 1,244,542 striker portion of the needle can be surely maintained non-cocked, to avoid undesired by adding the urging force of the valve unit switches an operation condition of an undesirable manner. The patent application scope of this case: the gas supply mechanism for charging toys in any one of item i to item 9, characterized in that it has a gas channel for supplying gas used to launch bullets filled in the loading chamber: Inter-switch section: the gas path is selectively turned on and off without gas supply; the firing pin section can be moved from the i-th position to the second position in conjunction with the trigger operation for firing bullets ^ High-speed rotation r and moving from the i-th position to the second 2nd-speed rotation without depending on the trigger operation; the positioning member is abutted against the striker portion located at the second position and the position of the striker portion is touched; And the movable connecting member is at the tenth: = Into the high-speed rotation, by performing the first corresponding to high-speed rotation " pushing μ = moving the switching valve portion 'to make the switching valve portion so that the gas = When the road battle is closed and moved to the open state, when the low-speed = movement of the striker part is performed, the second movement corresponding to the low-speed rotation is performed: the switch valve part is moved by pressing, so that 竽 η Μ „μ * Do not push the reverse shift state. The on-off valve part In the case of Guanzhong, any of the two forms of ::: the scope of the patent application for this case is to be carried out. "Respond to the machine shot, strike the needle, and the high speed rotation of the unscrupulous advance trigger." , As well as low-speed rotations that are not operated according to the trigger, are "waiting for * speed rotation to non-ready-to-go ^^ before evening to non-ready-to-evil evil moves, the needle is moved to accept positioning Positioning of the components. When the inner needle part rotates at high speed, the movable connecting member presses Jiang # corresponding to the high-speed rotation of the 1245442 needle part, and then moves the opening and closing valve part, so that the opening and closing valve part is in a state of closing the breast passage. Move to Kai Weng's jealousy, s pieces with a puppet-shaped heart, and accordingly become a state where gas is supplied through the p-body path, for example, a bullet is fired.-When the ten parts rotate at low speed, they can move T4Ar_. The low-speed rotation of the 构件 ° member corresponding to the striker part is maintained without pushing the moving switch valve part. Therefore, the opening and closing valve part is in the position of the gas passage IM · ^. Therefore, it becomes a milk that does not pass through the gas passage. The status of the body supply.-Grab: the moving member 'for example patent application scope No. 4 The inflatable play ⑪ The supply mechanism-based portion disposed at a position away from the striker and the striker can be the Master of the opening portion and the engagement position "Social portion? When the inner needle part rotates at a high speed, the part i of the Yuli needle ^, for example, is engaged with the abutting face and pushes the shift = off Λ part, and rotates the material at a low speed in the striker material and engages the "Knife", for example, engages in the recess without moving the switch valve portion, or "Knife, for example, the patent application No. 4 of the scope of the patent application-+, /, and the breast-filled toy Yang gas supply 乂 H It is mounted on the firing pin part and can be rotated, and the elastic mechanism provided in the firing pin part can be used to move the set person. When performing high-speed rotation, the movement of the spring mechanism is small, and the movement of the switch is pushed. When the striker is suspected of low speed, the rotation of the spring mechanism is large. In the state of the above, the mobile switch valve portion is not pushed. According to any of the items 1 to 9 of the scope of the patent application for the present application above, the gas supply mechanism of the inflatable toy grab is corresponding to: And the movement of the movable link member rotating at a low speed, the speed of entering the lamp at the striker% At this time, the on-off valve unit moves the gas passage from the closed state to the open state 10 1244542 for gas supply through the gas passage, as well as 7 ~ filial piety. For example, it is possible to confirm the state of the firing of the bullet from the sinus. In this case, when the mouthpiece 卩 is rotated at a low speed, the valve 邛 makes the gas passage maintain a 1-body supply. In addition, when the striker part enters < rolling ^ ^ M5 = ft0, moves or rotates at a low speed to move from the waiting state to the non-waiting state, the positioning structure abuts on the positioning structure. Can stably maintain non-ready state. Result: Rotate at a low speed, so that the switch valve can be moved to a non-ready firing needle in a state that keeps the inlet valve closer to the a-hole limb path. The peak n ^^ u avoids m π μ # caused by an undesired pushing force on a firing needle portion in a non-ready state. ν Causes an unexpected operation of the on-off valve part [Embodiment] Fig. 1 'shows the patent application scope of this case together! Any of the 1 to 6 items of inflatable toys in item 1 to item 6 grab the U body supply machine i. 1. Use the inflatable toy grab shown in FIG. 1 to include a toy grab body 3 including a trigger 2 22, a knife 4 provided at the rear end portion of the grab portion 22, a striker portion 24, and a grab portion 25. The han is folded in the box 31 which is disassembled in the% shank portion 25, and is equipped with a sliding cymbal 32 which can be moved in the direction of the tube robbing part 22 in association with the tube robbing x & ° 卩 22. The loading chamber 23 is formed inside the annular member 23a made of an elastic friction material such as a material, and the structure 1 = 23A is arranged inside the rear end portion of the pipe grabbing portion 22. The gun handle 25 is equipped with a right f and a 33 which extends only the trigger 21 to the rear. This movable lever 33 can move in the direction of the pipe grabbing section I 22. When the trigger 21 1244542, EB inch, that is, from the operation start position (located at the front of the toy grab body 30, the connection portion "front") moves backward, and concomitantly, the movable rod 33 also moves privately behind the movable rod 33 The end is in contact with the plate spring. Ping Geng 35, the moving rod 33 pushes forward the spring pressure P 32, which is fitted to the barrel portion 22 of the toy grab body 30. When the trigger 21 is located at the operation start position, it is located at the front end of the front end of the reference part 2 and the grabbing part 22 provided with the grabbing part 22. In addition, the slider part 32 can be moved in the direction as a whole. The spiral bomb is placed on the toy gun body 30 when moving (not shown), and it is pushed toward the front side of the toy grab body 30. 32A = part M, which has abutment on the side part of the rear end part of the slider part 32, The lower side part with a plurality of engaging sections is provided with a shaft 37 through a shaft 37 to be mounted on the toy grab instinct. The shaft 37 is used as a go-ahead to say "silly mouth" through ... =; and below the striker portion 24 On the side part, the clothes are equipped with a needle post 40 and the other has a penetration cover 39 cards to the ws One end of the thimble pin 40 in the lower part of the 25th of the "thrower pin 40" of the "thrower pin" 8 ".蕻 .. „. Needle 24, through cover 39 and hit: dry, will be = 1 force of the bomb factory of hit pin 38, as shown by arrow a = in the side part. The lower part of the inner needle ° P 24 is provided with a recessed portion 24A on the front side of the lower portion. The striker portion 24 is shown in the state of the recessed portion 4 on the handle portion. It is above the initial state of E 31 (the side shown in Figure 1) It is abutted against the rear end portion 12 of the slider portion 32 1244542 'and is engaged with the rear end portion 43A of the movable connection member 43 to the recessed portion 24A of the side portion ~ below. U 疋 its position. At this time, lending Add 1 > 1 is in a non-ready position. The pin "4" is below the movable connecting member 43 ^, ν ΛΛ ^ ^, and is close to the position of 4 blades below the striker portion 24. Use the heart 5 to grab the body of the toy 3 Ya. The movable abutment member 46 is also engaged with the shaft. 4 There is a coffee bean 44. At the movable connection member 43, as shown in FIG. 2, a shaft 42 longer than the shaft 43B is also provided. ≪ Glaze 42 1 is equipped with the toy grab body 30. In the long hole 43B, a right cymbal is placed ~ Ren Zao Huang 47, and the movable connecting member 43 is slid by the entire relative axis 42. In addition, in the Between the movable link member u and the toy grab body 30, a coil spring material is arranged below the movable link member 43. By this, the ° link member 43 is compressed by the coil spring mesh by 42 To the rear side, and under the condition of being pushed downward by the spiral bomb 48, guided by the shaft 42 engaged with the long hole 43B, it can move in the rear direction, and can take the pumping 42 as the rotation center. Therefore, the movable connecting member 43 can be brought into a state in which the rear end portion 43A is engaged with the striker portion 24, and the front end portion instrument is brought into contact with the rod portion 5 provided in the switching valve portion 50 (described later). ) The state of the rear end portion. As shown in FIG. 2, the rotation lever 44 has a curved shape as a whole, and is provided with a shaft 45 as a rotation center, and can be engaged with the lower portion of the striker portion μ. In the state of the upper front end portion 44A, the leaf spring M is on the bean cube portion 44B. The leaf spring 53 'is a spring force that causes the upper front end portion 44A of the rotary lever 44 to abut against the lower side portion of the striker portion 24. Turn the lever 44. 1244542 As shown in the lower part of Figure 35. The end is shown together with the plate The spring 53 is a lower end portion and a plate spring, and is installed at the lower end portion 'E 31' in the handle grab portion 25 of the toy grab body 30 as shown in Fig. 1 The part of the part 25 f enters the gun handle part 25, and the bottom part abuts and engages with the fingers to form .Guangyi, and the cymbal is located in the grab part 25. The spiral bomber 5 in the cymbal 31: Plural 胄 BB #Pressing upward, the end-connected tank l For example, the pressure storage chamber 5 filled with liquefied gas:
、、ϋ於畜壓室57而延伸的今鲈道山、名 體導出通路Ss Μ 伸的軋體ν出通路58、對氣 Μ的連：J的開嶋5。、以及連結於氣體導出通路 58能連^ 59。連結料59 來使氣料出通路 堤、、。於子彈發射用氣體 ^ 内之可動構件60、連結於裝彈室23)UHf件部32 對礼體導出通路58之開關間部$ _出通路5"多動，視其位置進行氣體=成:相對The Jinhai Mountain, which extends in the animal pressure chamber 57, the rolling body v channel 58 extending from the famous body derivation path Ss Μ, and the connection to the gas Μ: the opening of J5. , And connected to the gas outlet path 58 can be connected to 59. Connect the material 59 to make the gas material pass through the bank. The movable member 60 inside the bullet launching gas ^ is connected to the loading chamber 23) The UHf piece part 32 The switch part of the ceremonial body lead-out path 58 $ _out path 5 " Multi-action, depending on its position, gas = Cheng: relatively
開關控制。於開關間部50,如圖2所干=路58之 件62且將桿部51設為一 口 2所不，敗合環狀密封構 ，上闻， 為脰。又，開關閥部50，在定常瞎 ，如圖1及圖2所示，藉由裝 、 之彈壓力^ ^ 51之職彈簧63 丨儿％ 1文孔to V出通路5 8虑A關壯能七， 。氣體導出通路58及連結通路59,係=嶋之位置 部25之E 31的蓄舞#^成在裝配於搶柄 58之門關鬥a , ^ 上方’隨此，對氣體導出通路 58之開關㈣50,則配置於裝配在 蓄壓室57上方。 | 〇之匣31的 如圖1所示，在滑件部32位於基準位置'匿31定位 14 1244542 於搶柄部25内、子彈ββ裝填於裝彈 成…i之蓄麼室”上方的氣 的狀態下，形 關閥部50使之成為關狀態之产 、路58,在藉由開 之子彈發㈣氣體通路61相連結。此^連，在裝彈室23 於非待發狀態之位置。 守，彳里針部24係位 滑件部U之後端部分32Α、可動連^ ^撞針部24、 通路I連結通路59、及門閃門^構件43、氣體導出 .^ ^ 及開關閥部50的部分，夾槿 申請專利範圍第！項至第6項中任 ：來構成本 氣體供應機構的一例。 、我^玩具搶之 …又，圖1所示之充氣式玩具搶’例如，…!裝配於 %柄部2 5内加以中你％ > ; 23之情 後’在尚未將子彈BB裝填於裝彈室 月/，使位於基準位置之滑件部32，藉由手動操 /隨可動構件6〇 一旦從基準位置後退後，即從手動 “―解:，糟由未圖示之螺旋彈簀之彈麼力，與可動構件 0一起前進，再回到基準位置。 山j此4 ’隨著滑件部32之後退，使閉塞彈倉56之最上 :部亡可動構件6。後退，彈倉％之最上端部即成為開狀 恶。藉此，II由螺旋彈簧55之彈壓力將填充於彈倉％内 之子彈BB中位於最上方位置的子彈推至最上端部 持於最上端部。 μ 又’撞針部 之後端部分32Α 24 ’隨著滑件部32之後退而被滑件部32 推壓，藉此，從圖1及圖2所示之位置， 15 1244542 抵抗透過撞針支柱40傳達之撞針彈簣38之彈壓力，而往 與a方向相反的方向0方向）旋 力而彺 從；K ®c 力隧此，旋動桿44往順 攸板片弹頁53之彈壓力量的方向 、 撞針部24，如圖3所-加 彺b方向％動之 Θ 3所不，解除可動連結構件43 43A對設於其下方側部分之 後^ 狀態之位置。然後，旋動桿44之上:Λ而到達待發 該撞針…下方側部分，使心部44Α卡合於 為彼此限制位置的狀態，維持撞里針;?:，旋動桿44成 位置。 寸杈針邛24處於待發狀態之 此時，位於待發狀態位置之#針部2 頂起可動連結構件43使其以軸42 :方側心， ’使可動遠έ士播姓j 疋動中〜在上方旋動 」吏了動連結構件43位於璧縮螺旋彈箬4 糟此，可動連結構件43,雖會承受紅 方位置。 會向下方之彈力，但藉由位於寺;=螺旋彈“ 的下方側部分，而阻止其以位置之撞針部Μ 又，-旦後退之滑件部c向下方旋動。 動構件60亦隨之前進，义 、立置轉為前進時，可 插入彈倉56之最上^月']進之可動構件6〇,將其前端部 運至裝彈室23。同時、’、、在該處之子彈BB搬 部―塞，使其 =:::: 之裝彈室23而固定位置…果，、：狀構件“A所形成 即被裝填於裝彈室23。 ° 17圖1所示，子彈ΒΒ 當用以將子彈ΒΒ供應至裝 U恢復至基準位置時 23而則進之滑件部 孔^出通路58,藉由開關 16 1244542 5 0成為關狀態，再透過 通路59與連在裝彈室23之子 弓早兔射用軋體通路6 1連結。 之情=边：:7圖1所示將子彈ΒΒ裝填在裝彈室23 ’右口壓扳機21，隨此動作，可動桿 板片彈簧35之彈壓力而德、ρ ^ 尸抵抗 评&力而後退。其結果，如圖4所干^ 動桿33之德虓邱，、# $ 所不，可 Α ^ #進仃透過可動抵接構件46之下方邬脾 方疋動桿44之下方部分44R a 將 Ρ刀44Β向後方推壓的移 44抵抗板片彈箬53之力m ㈣使疑動桿 卜古‘ 之力里紅動。藉此，解除旋動桿44之 上方别端部44A與撞針部24 態。 之下方側部分的彼此卡合狀 從被旋動桿44限制位置之狀態解放 文透過撞針支柱40傳達之撞針彈 / 24接 軸37 A #說士 ’、38之舞壓力’進行以 為疑動中心之a方向的高速旋動。藉 ，解除撞針部24之下方侧邻八A 口 5所不 „ r 卜万側一刀與可動連結構件43之卡合 狀恶，可動連結構件43從被撞 卞 之狀態解放。 …4之下方側部分頂起 其結果，可動連結構件43 之® m ★二# 雖成為能順著螺旋彈箬48 之弹£力而進行以軸42為旋f ” 伯坐丄 力中心往下方旋動之狀能， 仁成乎不進行向下方旋動，因此， ^ 乎耒改嫩夕义 ,^ 在，、上下方向之位置幾 于禾改，交之刖，如圖6所示，谁a > 撞針部24的抵接面部24β，即=速旋動向前方倒下之 連結構件43之後端部強的力量抵接於可動 才里針部24之抵接面部24Β推壓，、☆土 皮 η| ^ , 文抽42與長孔43B之導 引而向W方側移動。 守 17 1244542 此時，如圖6所示，可動連結構件4 3之前端部4 3 C， 抵接於與開關閥部50 —體設置之桿部5 1之後端部而推壓 桿部5 1，可動連結構件43往前方側之移動，即產生開關 閥部50抵抗螺旋彈簣63之彈壓力向前方侧之移動。開關 閥部50向前方侧之移動，伴隨嵌合於此之環狀閉封構件 62向前方側之移動，藉此，開關閥部50，使氣體導出通 路58從關狀態移至開狀態。 藉此，來自蓄壓室57之氣體，通過已成為開狀態之氣 體導出通路58，進一步，通過連結通路59，供應至通至 裝彈室23之子彈發射用氣體通路6 1。然後，通過藉由開 關閥部50成為開狀態之氣體導出通路58供應至子彈發射 用氣體通路61的氣體，則藉由賦予裝彈室23所裝填之子 彈BB的氣體壓力，使子彈BB從裝彈室23移動至槍管部 22内，進行子彈BB從裝彈室23之發射。 如上述，將抵接面部24B抵接於可動連結構件43之 後端部43A，使可動連結構件43向前方側移動的撞針部 24，藉由滑件部32之後端部分32A抵接於抵接面部24B 的上方部分來固定位置，成為位於非待發狀態之位置。又 ，此時，如圖6所示，配置於開關閥部50之桿部51下方 的鎖止構件65，受當螺旋彈簣66之彈壓力而向上方移動 ，卡合於桿部5 1之後方部分，將開關閥部50限制在使氣 體導出通路58成為開狀態之位置。 之後，例如，進行氣體反衝（blow back)動作，藉由氣 體壓力使滑件部32後退。藉由該後退之滑件部32之後端 18 1244542 4刀32A，揎針24即抵抗透過撞針支柱々ο傳達之撞針彈 黃38之弹壓力向b方向旋動。隨此，可動連結構件43， 藉由螺紅彈貫47之彈壓力，在接受軸42與長孔43b之導 引下向後方側私動’使其前端部43。從推壓開關閥部 之桿部51之後端部之狀態解放。 此時’在滑件部32之後退距離到達既定位置之前，開 關閥部50，會被卡合於該桿部51之後方部分的鎖止構件 65 ’限制在使氣體導出通路58為開狀態之位置。當滑件 部3'之後退距離到達既定位置時，透過省略圖示之構件 ，使鎖止構件65抵抗螺旋彈簧^之彈壓力而被 除與開關間部5。之桿部51後方部分的卡 ： 閥部50，因螺旌骝緣m m 至使n，導/、弹育63之彈壓力量而向後方移動，恢復 使乱體¥出通路58為關狀態之位置。 退。件32部:2因氣體壓力之後退，可動構件60亦後 之狀能：、到達最後方位置之前成為不受氣體虔力 -：3Γ^ 動構件6。-起前進 位置回至美h 置。滑件部32從最後方 至基準位置時，與滑件部32 一 6〇,則對裝彈室進行下一個子彈BB之裝填。 構件 以此方式，藉由因氣體麼力後退而到達 權32的後端部分32a， 2 待發狀態之位置，盆 丨4在b方向旋動至 下一個子彈之發射。' 成為如圖3所示之狀態，準備 19 1244542 另方面’當撞針部24位於如圖 置時’若欲在不發射子彈的情形下，使撞針：=態位 待發狀態時，如圖7所示，將位 二成為非 Μ’藉由手動操作，在解除旋動桿44之：二置，部Switch control. In the switch part 50, as shown in FIG. 2, the stem 58 is the part 62 and the rod part 51 is set as a mouthful. The ring seal structure is collapsed. In addition, the on-off valve portion 50 is constantly blind, as shown in FIG. 1 and FIG. 2, with the spring pressure ^ ^ 51 of the post spring 63 丨 child% 1 hole to V outlet passage 5 8 A A Zhuang Can seven,. The gas outlet passage 58 and the connection passage 59 are the E 31 of the position 25 of the 嶋, which is the dance of the gate 31, which is installed on the door 58 of the grab handle 58, and ^ above the switch of the gas outlet passage 58. ㈣50 is arranged above the pressure storage chamber 57. As shown in FIG. 1, the box 31 of 〇 is located at the reference position of the slider part 32, and is positioned 14 1244542 in the grab part 25, and the bullet β β is loaded into the storage chamber of the bomb i. In the state, the closed valve section 50 makes the closed production line and the road 58 connected to each other through an opened bullet burst gas path 61. This connection is in a position where the loading chamber 23 is not in a ready-to-fire state. The guard needle portion 24 is located at the rear end portion 32A of the slider portion U, the movable link ^ ^ striker portion 24, the passage I connection passage 59, and the door flash door ^ member 43, gas outlet. ^ ^ And the switch valve portion Part 50 of the application scope of the patent application! Any one of items from item 6 to item 6: to constitute an example of the gas supply mechanism. I ^ Toys grab it ... Also, the inflatable toy shown in Figure 1 'for example, ... ! Assembled in% handle 25 and add your %% after >23; after the bullet BB has not been loaded in the loading chamber yet, the slider part 32 located at the reference position is manually operated / followed. Once the movable member 60 has retracted from the reference position, it will be “manually solved”: the force of the elastic impulse, which is not shown, and the movable member Piece 0 moves forward together and returns to the reference position. As the slider part 32 moves backward, the uppermost part of the closed magazine 56 is closed: the movable member 6 is killed. Backward, the uppermost part of the magazine% becomes an open evil. Thereby, the bullet at the uppermost position among the bullets BB filled in the magazine% is pushed to the uppermost end by the spring pressure of the coil spring 55 and held at the uppermost end. μ Also, the rear end portion of the striker portion 32A 24 'is pushed by the slider portion 32 as the slider portion 32 moves backward, whereby 15 1244542 resists transmission through the striker post 40 from the position shown in FIGS. 1 and 2. The firing pressure of the striker pin 38 is reversed, and the direction 0 is opposite to the direction a), and the force is forced to follow; the K ®c force tunnels this, and the rotation lever 44 is directed in the direction of the spring pressure of the sheet spring 53 3. The striker portion 24 is shown in FIG. 3-plus Θ 3 in the direction of% b, and the movable connecting member 43 43A is released at a position behind the lower portion. Then, turn the lever 44 above: Λ to reach the firing needle ... The lower part of the striker 44 engages the heart 44A in a restricted position with each other and maintains the striker needle;?: The lever 44 is turned into position. At this time, when the needle pin 24 is in the ready state, the #needle 2 located at the ready state is pushed up to move the connecting member 43 so that it is centered on the axis 42: square side center, 'make the movable remote person broadcast the surname j "Middle ~ swivel upwards." The movable link member 43 is located in the convoluted spiral bomb 4. As a result, the movable link member 43 can withstand the red square position. The spring force will be downward, but it is located at the lower side of the temple; = spiral bomb ", which prevents it from firing the needle portion M at the position, and the slider portion c, which is backward, rotates downward. The moving member 60 also follows When you move forward, you can insert the upper part of the magazine 56 into the forward position, and you can insert the movable member 60 of the magazine 56, and transport the front end to the loading chamber 23. At the same time, ',, where The bullet BB moving unit-plug is fixed to the bullet loading chamber 23 and fixed in position ... If the shaped member "A" is formed, it is loaded into the bullet loading chamber 23. ° 17 As shown in Figure 1, when the bullet BB is used to supply the bullet BB to the U position and return to the reference position 23, it enters the slider part hole ^ out of the path 58, and is turned off by the switch 16 1244542 50. The transmission path 59 is connected to the rolling body path 61 for bow early rabbit shooting, which is connected to the loading chamber 23. Feelings = side :: 7 Load the bullet Β into the loading chamber 23 'right mouth pressure trigger 21 as shown in Figure 1. Following this action, the spring pressure of the movable lever plate spring 35 is determined, ρ ^ corpse resistance rating & Retreat with strength. As a result, as shown in FIG. 4 ^ Deqiu Qiu of the moving rod 33, # $ No, but Α ^ # 进 仃 through the movable abutment member 46 below the spleen side 44 lower portion 44R a will The movement 44 of the blade 44B pushed to the rear resists the force m of the plate spring 53 and causes the suspected lever Bugu 'to move red. Thereby, the state of the other end portion 44A and the striker portion 24 above the rotation lever 44 is released. The lower part of each other is engaged with each other. From the state restricted by the rotation lever 44, the firing pin conveyed by the firing pin support 40/24 shaft 37 A #said ', the dance pressure of 38' is performed as the suspect center High-speed rotation in the a direction. By doing this, the lower side of the striker portion 24 is adjacent to the eight A port 5. The r-bwan side knife and the movable linking member 43 are in a bad shape, and the movable linking member 43 is released from the state of being hit. 4 lower side As a result of its partial uplifting, the movable link member 43 ® m ★ 二 # can be rotated along the axis of the spiral bomb 48 with the force of the axis 42 as the axis of rotation. Ren Chenghu does not rotate downwards. Therefore, ^ hu 耒 Gai Nen Xi Yi, ^ in the upper and lower positions is slightly more than He Gai, a cross-cut, as shown in Figure 6, who a > the needle part 24 The abutting face 24β, that is, the strong force of the end of the connecting member 43 that is fast-moving to the front, abuts against the abutting face 24B of the movable pin needle 24, and presses, ☆ 土 皮 η | ^, The drawing 42 and the long hole 43B are guided to move to the W side.守 17 1244542 At this time, as shown in FIG. 6, the front end portion 4 3 C of the movable connection member 4 3 abuts on the rear end portion of the lever portion 5 1 provided integrally with the switching valve portion 50 and presses the lever portion 5 1 When the movable connecting member 43 moves to the front side, the on-off valve portion 50 is moved to the front side against the elastic pressure of the spiral bomb 63. When the opening / closing valve portion 50 moves forward, the annular closing member 62 fitted in the opening / closing member 62 moves forward, and thereby the opening / closing member 58 moves the gas outlet passage 58 from the closed state to the open state. Thereby, the gas from the pressure accumulating chamber 57 passes through the gas outlet path 58 which has been opened, and further, through the connecting path 59, is supplied to the bullet launching gas path 61 leading to the loading chamber 23. Then, the gas supplied to the bullet launching gas path 61 through the gas lead-out path 58 in which the on-off valve portion 50 is opened, the gas pressure of the bullet BB loaded in the loading chamber 23 is applied to the bullet BB from the loading position. The ammunition chamber 23 moves into the barrel portion 22 to launch the bullet BB from the ammunition loading chamber 23. As described above, the abutment surface portion 24B abuts against the rear end portion 43A of the movable connection member 43 and the striker portion 24 that moves the movable connection member 43 to the front side abuts against the abutment portion by the rear end portion 32A of the slider portion 32. The upper part of 24B is fixed and becomes a non-ready position. At this time, as shown in FIG. 6, the locking member 65 disposed below the lever portion 51 of the on-off valve portion 50 is moved upward by the elastic pressure of the spiral spring 66 and is engaged with the lever portion 51. In the square portion, the on-off valve portion 50 is restricted to a position where the gas outlet passage 58 is opened. After that, for example, a blow back operation is performed, and the slider 32 is moved backward by the gas pressure. With the rear end 18 1244542 4 blade 32A of the retracted slider part 32, the needle 24 resists the spring pressure of the striker bullet yellow transmitted through the striker post 々ο and rotates in the direction b. Following this, the movable connecting member 43 is moved to the rear side privately under the guidance of the receiving shaft 42 and the long hole 43b by the spring pressure of the screw red spring 47, and its front end portion 43 is moved. The state of the end portion after the lever portion 51 of the switching valve portion is pushed is released. At this time, 'before the retracting distance of the slider portion 32 reaches the predetermined position, the opening and closing valve portion 50 will be locked by the locking member 65 which is behind the lever portion 51' to the state where the gas outlet passage 58 is opened. position. When the rearward distance of the slider portion 3 'reaches a predetermined position, the locking member 65 is removed from the switch portion 5 by resisting the spring pressure of the coil spring through a member (not shown). Card on the rear part of the lever part 51: The valve part 50 moves backward due to the spring pressure of the screw edge mm to make n, guide and elasticity 63, and restores the position where the chaos ¥ out path 58 is closed. . Back. Part 32: 2 Retreat due to the gas pressure, and the movable member 60 also follows. Energy can be free from the gas before reaching the rearmost position-: 3Γ ^ Moving member 6. -Return to the h position from the forward position. When the slider portion 32 reaches the reference position from the rear to the reference position, the next loading of the bullet BB to the loading chamber is performed. Component In this way, by reaching the rear end portion 32a, 2 of the weight 32 due to the gas retreat, the basin 4 is rotated in the direction of b to the launch of the next bullet. 'Become the state shown in Figure 3, ready 19 1244542 On the other side,' When the firing pin 24 is located as shown in the figure ', if you want to make the firing pin without firing: = state ready to fire, as shown in Figure 7 As shown, position two becomes non-M ′ by manual operation, after releasing the rotation lever 44: two sets, part
與撞針部24之下太如* 則知部44A 、I 4之下方側部分的彼此卡合狀態 車A 3 7為旋動中心朝&太&把— 月^下，以 '動之撞針部24之下方側部分與可動連結構件：向低速 狀B解除，可動連沾M此 ° 牛3之卡合 j動連結構件43解除被撞針部2 分頂起的狀態。 之下方側部 其結果，可動連結構 簧48之彈壓力以釭 卩成為此進行順著螺旋彈 <泮&力以軸42為旋動令心向 會被低速旋動之撞針 枝動之狀態，不 下方旋動，至如圖7戶1 而以轴42為旋動中心向 速旋動之撞針部24 方位置。之後’朝a方向低 如圖7所示，在下h雖朝向非待發狀態之位置，但此時， 在下方位置之可動連纟士播生 ，即插入設在揞、口牛43之後端部43A 又在搐針部24之下方側 方位置的凹部24A而卡合。 ’抵接面。"4B下 疋故’即使撞針部24,從圖7所 方向旋動㈣達非待發狀態之位置 -步往a 構件43被撞針部24往前 狀：可動連結 結構件43不合△二 之狀况。因此，可動連 構件43之前端方賴力而維持下方位置，可動連結 設置之桿部51 %仪，不會成為推遷與開關閥部50 -體 3 1後端部的狀態。 其結果，如圖2所示，成為撞 植紂邛24位於非待發狀態 20 1244542 =置的狀態，開關閥部5G將氣體導出通路 怨’不會進行從蓄屢室57通過氣 符於關狀 路SQ加 出通路Μ及連結通 亦即供應氣體’裝填於裝彈室23之子彈ΒΒ不會射出。 下㈣待發狀態位置的撞針部24，能在不發射子彈的 乂下，移至非待發狀態之位置。 可動Hi所示之位於非待發狀態位置的撞針部24，係在 ^構件43之後端部43A卡合於其凹部2从If it is too close to the striker part 24, then the lower part of the knowing part 44A and I 4 are engaged with each other. The car A 3 7 is the center of rotation toward & too & The lower side portion of the portion 24 and the movable connection member are released toward the low-speed state B, and the movable connection member M is engaged with the joint j. The movable connection member 43 releases the state of being lifted by the striker portion by two minutes. As a result, the spring pressure of the movable structure spring 48 is changed to 釭 卩 to follow the spiral bomb < 泮 & force, and the shaft 42 is rotated to cause the center to be moved by a low-speed rotating striker. In the state, do not rotate downward, to the position of the striker portion 24 that rotates rapidly with the shaft 42 as the rotation center as shown in FIG. Afterwards, it is lowered in the direction of a as shown in FIG. 7. Although the lower h is toward the non-ready position, at this time, the movable fliers at the lower position are seeded, that is, inserted at the end of the hoe and mouth cattle 43. 43A is engaged with the recessed portion 24A at the side position below the constricting needle portion 24 again. ’Abutment surface. " 4B Xia Xuan 'Even if the needle part 24 is rotated, the position of the non-ready state is rotated from the direction shown in FIG. 7-Step toward a member 43 is moved forward by the needle part 24: the movable connection structure 43 is not the same. situation. Therefore, the front end of the movable link member 43 depends on the force to maintain the lower position, and the 51% meter of the lever portion provided in the movable link will not be in the state of the rear end of the push and switch valve portion 50 -body 31. As a result, as shown in FIG. 2, the collision planter 24 is in a non-ready state 20 1244542 = set, and the opening and closing valve portion 5G will lead the gas out of the passage, and it will not proceed from the storage chamber 57 to the gas stop. The bullet SB of the path SQ addition path M and the connection path, that is, the supply gas' filled in the loading chamber 23, will not be fired. The firing pin portion 24 in the lowered ready-to-fire position can be moved to a position other than the ready-to-run state without firing a bullet. The striker portion 24 located in the non-ready state position shown by the movable Hi is attached to the rear portion 43A of the rear end 43A and engaged with the recess 2 from
:;2之後端部分32A抵接於其上方側部分，據以定位 32之後端：：非待發狀態位置的撞針部24’藉由滑件部 例 ” 32A作機構上之定位而處於極安定之狀離， =的Γ從其後方施加較大之外力，亦不會因而產^ 成為令氣43向前方側推壓’使開關閥部50 、 、路5 8為關狀態的狀況。 專利:二圍第1項至第3項及本申請 應^構之例’與適用該機構之充氣式玩具搶„_起表示。:; 2 The rear end portion 32A abuts on the upper side portion to position the rear end of 32 :: The striker portion 24 'in the non-launch position is extremely stable by the positioning of the slider portion "32A" In the state of separation, = Γ exerts a large external force from its rear, and it will not produce ^. This will cause the gas 43 to be pushed to the front side, so that the on-off valve portion 50, and the road 58 are closed. Patent: Erwei items 1 to 3 and examples of how this application should be structured ”and“ inflatable toys ”applicable to this institution are indicated.
圖8所不之奋鸟斗、 、設於搶管部72H具搶，具備板機部71、搶管部72 搶柄部25之玩且 之裝彈室73、具有撞針部74及 …丨，並配置;：體8〇、收容於搶柄部2以而能裝卸 ^ ^ 關連於搶管部72、能沿搶管部72之方向 移動的滑件部8 之方向 性磨擦材料所構“平至73 ’係形成在由橡膠材料等彈 置於檢管部72構之成^環狀構件W内部，環狀構件以配 之後端部分内側。 於搶柄部75，阳里士 配置有從扳機71向後方延伸之可動桿 21 1244542 83，可動桿83能沿搶管部乃 過軸84安裝於玩具搶本 二。扳機71係透 示之操作開始位置以轴84為"=壓扳機時’從圖8所 桿83亦隨此而向後方移動。疋力〜向後方旋動’可動 分，ill: Μ嵌合於玩具搶本體8〇之設置搶管部72的部 :二= 位:操作開始位置時係位於基準位置，亦 前端#置1^ ^本體8G之設置搶管部72之部分的 月·J私立置。又，滑件 72方Α ，在，、全體能進行沿搶管部 ❿ 彈箬U略：動)之情形下’被配置於玩具搶本體8°之螺旋 略圖不)，將其彈塵向玩具搶本體8〇之前方側。 接 74，具有滑件部82之後端部分82A選擇性抿 下部分、與設有複數個卡合段部之下方側部分，_ ”透過軸85安裝於玩具搶本體8〇之後端 以軸8 5為旋動中斿番 月匕 分，卡人户1 再者’在撞針部74之下方側部 撞針=6 (被配置於搶柄部75下方側部分内之 '、㈣昼）之上端部。藉此，撞針部74，透過撞 a所干，將^針爭黃86之彈虔力，如圖8之箭頭 、彳側部分彈麼向滑件部82之後端部分82八的 乃间（a方向）。 n該撞針部74之中間部分，如圖9所示，設有往兑前方 二之有::孔’於該有底孔配置被螺旋彈菁88彈壓：推壓 4相對有底孔移動，且透過轴91安裝能旋動之可 !構件9G，使推壓銷89抵接於可動連結構件90之後 Μ部90A。此外’撞針部”在厘81安裝於槍柄部”之初 22 1244542 期狀態（圖8所示之狀皞）下Fig. 8 shows an example of a bird fight, which is provided in the pipe grabbing section 72H, has a board machine section 71, a pipe grabbing section 72, and a handle grabbing section 25, and has a bomb loading chamber 73, a striker section 74 and ... 丨, And configured ;: body 80, housed in the grabbing part 2 so as to be able to be attached and detached ^ ^ The directional friction material composed of the sliding part 8 connected to the grabbing part 72 and capable of moving in the direction of the grabbing part 72 is flat To 73 'is formed inside a ring-shaped member W formed of a rubber material or the like placed in the inspection tube section 72, and the ring-shaped member is arranged inside the rear end portion. At the handle grab portion 75, Yang Lishi is equipped with a trigger. 71 The movable lever 21 extending to the rear 21 1244542 83. The movable lever 83 can be installed on the toy grabbing machine along the pipe grabbing part and through the shaft 84. The triggering start position of the 71 is based on the shaft 84 as "quoting the trigger" The lever 83 in Fig. 8 also moves rearward with this. Pushing force ~ Rotating backward 'movable minutes, ill: Μ is fitted to the part of the toy grab body 80 which is provided with the grab part 72: two = position: operation The starting position is at the reference position, and the front end #set 1 ^ ^ the body 8G is provided with the pipe grab part 72. J is placed privately. Also, the slider 72 square A, in, 2. The whole can be carried out along the pipe grabbing section. 略 Ulude: move)) The spiral sketch is not placed at 8 ° of the toy grabbing body.), The dust will be directed to the front side of the toy grabbing body 80. Continued 74 It has a selective lower part of the rear end part 82A of the slider part 82 and a lower part provided with a plurality of engaging section parts, and is mounted on the rear end of the toy grab body 80 through the shaft 85 and is rotated by the shaft 85. During the movement of the Pan Yue dagger, the card player 1 again hits the end above the striker portion 74 below the striker = 6 (arranged in the lower portion of the grab portion 75, above the day). With this, the striker portion 74, by hitting a, pushes the needle against the yellow 86's bullet, as shown by the arrow in FIG. 8 and the side portion of the striker is directed toward the rear end portion 82 of the slider portion 82. direction). n The middle part of the firing pin portion 74 is provided with a forward hole as shown in FIG. 9. The hole is arranged in the bottomed hole and is pressed by the spiral spring 88. The pressing 4 moves relative to the bottomed hole, and A pivotable member 9G is installed through the shaft 91, and the push pin 89 is abutted against the M portion 90A behind the movable connecting member 90. In addition, at the beginning of the period when the striker part was "attached to the handle part of the centimeter 81", the period was 1244542 (as shown in Fig. 8).
〜、 ’係h件部82之後端部分82A 抵接於上方側部分的狀態，藉由滑件部82之後端部分82a 固定其位置。此時，撞針部74係位於非待發狀態之位置。 在：動連結構件9。之下方位置，旋動桿％係以其下 ::!Γ轴93之方式安裝於玩具編8。，能相對玩 ，如圖9所示92 ’全體從軸93向上方延伸 也丨却、，、上方則端部92Α到達撞針部74之下方 ㈣刀°上方前端部92Α，能卡合於撞針部74之下方 側部分。並且，於旋動桿 之下方 之下端部，藉由撞針彈i 86下方分卡合撞針彈簣86 中心向後方旋動。“6之彈壓，使其以轴-為旋動 如圖9所不，在可私 本體⑼突出之轴94^Γ 附近，配置從玩具搶 74之推_ 89抵接於力連結構件9G，在配置於撞針部 抵接於其後端部9〇A之 上面側部分抵接於軸94之狀態。 月乂下此成為其 另一方面，匣 s〗 之下方端部之開口插，/圖8所示，從設置於搶柄部Μ 搶柄部75之下方山立入搶柄部75内，其底部抵接卡合於 ，形成有：内藏將W 75内° Ε 81内 旋彈菁％的彈倉二 Μ個子彈卵彈壓向上方之螺 端連結於蓄壓室9例如填充液化氣體之蓄壓室97、一 出通路％之開關閥：9:伸:=出…^ 連結通路100。連妗、s 連、、，°於虱體導出通路98之 於子彈發射用氣路1〇0 ’可使氣體導出通路98連結 用孔驵通路1〇2(設於配置在滑件部82内之可 23 1244542 動構件101而連結於裝彈室73)之狀態。In the state where the rear end portion 82A of the h-piece portion 82 abuts on the upper portion, the position is fixed by the rear end portion 82a of the slider portion 82. At this time, the striker portion 74 is located at a position other than the ready-to-fire state. In: Dynamic connection member 9. At the lower position, the rotation lever% is mounted on the toy set 8 with a lower ::! Γ shaft 93. As shown in Fig. 9, 92 'all extend from the shaft 93 upward, but the upper end 92A reaches below the striker portion 74. The upper front end portion 92A can be engaged with the striker portion. The lower part of 74. Then, at the lower end and lower end of the rotating lever, the center of the sub-engaging striker spring 86 under the striker spring i 86 is rotated backward. "The spring of 6 makes the axis-rotation as shown in Fig. 9. Near the axis 94 ^ Γ protruding from the private body, a push from the toy grab 74_89 abuts against the force connection member 9G. It is arranged in a state where the upper part of the striker part abuts the rear end part 9A of the abutment part against the shaft 94. This is the other side, the lower part of the box s is inserted into the opening at the lower end, / FIG. 8 As shown in the figure, the handle grip portion 75 is installed from below the handle grip portion M and the handle grip portion 75 is inserted into the handle grip portion 75, and its bottom is abutted and engaged with, forming: W 75 internal ° Ε 81 internal spin bullet cyan The screw ends of the two M bullets in the magazine are pressed upward and connected to the pressure storage chamber 9 such as the pressure storage chamber 97 filled with liquefied gas, and an on / off valve of the outlet path: 9: extension: = out ... ^ connection path 100.妗, s, 、, ° are connected to the bleed lead-out path 98 to the bullet launch air path 100 ′, which allows the gas lead-out path 98 to be connected to the hole 驵 path 102 (provided in the position disposed in the slider part 82). 23 1244542 The movable member 101 can be connected to the loading chamber 73).
對氣體導出通路98之開關閥部99，係配置成能相對 氣體導出通路98移動，視其位置對氣體導出通路％進行 開關控制。於開關閥部98，如圖9所示，嵌合環狀密封$ 件105且將桿部1〇6設為一體。此外，開關閥部恆承 又螺方疋彈| 1 07之彈壓力，在定常時，如圖8及圖9所示 、藉由螺$疋彈貫1 〇7之彈壓力，位於使氣體導出通路％ 為關狀態之位置。氣體導出通路98及連結通路1〇〇，形成 於匣81(配置在搶柄部75内）之蓄壓室97上方，隨此，對 ^體導出通路98之開關閥部99，則係配置在g 81(配置在 搶柄部75内）之蓄壓室97上方。 如圖8所示，在滑件部δ2位於基準位置、匣μ定仿 於搶柄部75内、裝彈室73裝填有子彈ββ日夺，形成在厘 81之蓄壓室97上方的氣體導出通路％，在藉由開關閱部 9二而成為關狀態之情形下，係透過同樣形成在匣μ之蓄 壓室97上方的連結通路1〇〇，連結於連在裝彈室乃之子The on-off valve portion 99 of the gas outlet passage 98 is arranged to be movable relative to the gas outlet passage 98, and the gas outlet passage% is controlled to be opened and closed depending on its position. As shown in FIG. 9, the on-off valve portion 98 is fitted with an annular seal 105 and the stem portion 106 is integrated. In addition, the constant pressure of the on-off valve part of the screw square bomb | 10 07 bomb pressure, under normal conditions, as shown in Figure 8 and Figure 9, by the screw $ 100 bomb bomb pressure of 107, located in the gas outlet Path% is the OFF position. The gas outlet passage 98 and the connection passage 100 are formed above the pressure storage chamber 97 of the box 81 (arranged in the handle grab portion 75). Accordingly, the on-off valve portion 99 of the body outlet passage 98 is arranged in the g 81 (arranged in the handle grab portion 75) is above the pressure storage chamber 97. As shown in FIG. 8, the slider part δ2 is located at the reference position, the box μ is set to imitate the grip part 75, and the loading chamber 73 is filled with bullets ββ. The gas formed above the pressure storage chamber 97 of centimeter 81 is led out. The path% is closed by the switch reading section 92, and is connected to the child connected to the loading chamber through the connection path 100, which is also formed above the pressure accumulation chamber 97 of the box μ.
料射用通路1〇2。又，此時撞針部74，係位於 態之位置。 1 :述圖8所不之充氣式玩具搶，藉由包含撞針部74、 ::部82之後端部分82Α、可動連結構件％、氣體導出 …二開關闊部99及連結通路1〇〇的部分，來構成本 利範圍第i項至第3項、及本案中請專利範圍第 、弟9項中任i項之充氣式玩具搶之氣體 一例0 24 1244542 此外，圖8所示之充氣式玩具搶，例如，將匣8ι裝配 :%柄α卩75内並加以定位後，在尚未將子彈裝填於裝 弹室23之情形下，將位於基準位置之滑件部82，藉由手 動操料著可動構件1〇1暫時從基準位置後退後，即從該 手動操作解放，藉由未圖示之螺旋彈簧之彈壓力，與可動 構件101 —起前進再回至基準位置。 此時，隨著滑件部82之後退，藉由閉塞彈倉96最上 而口 =可動構件101的後退，使彈倉56之最上端部成為Material injection path 102. At this time, the striker portion 74 is positioned at the state. 1: The inflatable toy grab shown in FIG. 8 is described, and includes the rear end portion 82A of the firing pin portion 74, :: portion 82, the movable connection member%, gas extraction, etc., the two switch wide portions 99 and the connection path 100. An example of the gas that is included in the range of items i to 3 of the scope of the original interest, and the item i of the patent scope of the patent, which is any of the items i. 0 24 1244542 In addition, the inflatable toy shown in Figure 8 For example, after assembling and positioning the cassette 8%:% handle α 卩 75, if the bullet has not been loaded in the loading chamber 23, the slider 82 at the reference position will be manually operated. The movable member 101 temporarily retreats from the reference position, and is released from the manual operation. The elastic member 101 moves forward with the movable member 101 and returns to the reference position by the spring pressure of a coil spring (not shown). At this time, as the slider part 82 moves backward, by closing the uppermost part of the magazine 96, the mouth = the backward movement of the movable member 101, so that the uppermost part of the magazine 56 becomes
開狀態。藉此，藉由螺旋彈簧95之彈壓力，將彈倉96内 所填=子彈ΒΒ巾位於最上方位置之子彈頂至最上_ ’亚保持於最上端部。 又，撞針部74’隨著滑件部82之後退而被滑件部μ 之後端部分82Α推壓，藉此，從圖8及圖9所示 ， :抗透過撞針支柱87傳達之撞針彈菁％之彈壓力 與a方向相及的1 即順著撞針彈⑪86 隨此動作，旋動桿92 % a k ^ 86之彈壓力往順時針方向略微旋動。缺On state. Thereby, by the spring pressure of the coil spring 95, the bullet filled in the magazine 96 = the bullet BB towel located at the uppermost position to the uppermost position is maintained at the uppermost end. In addition, the striker portion 74 ′ is pushed by the rear end portion 82A of the slider portion μ as the slider portion 82 moves backward, thereby, as shown in FIG. 8 and FIG. 1% of the spring pressure in% corresponds to the direction of a, which means that the 86 along the firing pin will be used to follow this action. The spring pressure of the 92% ak ^ 86 will be slightly rotated clockwise. lack
二主b方向旋動之撞針部74,如圖 ： 其中間部分之推壓鎖89抵接於可料結構件= 90A的妝能π 傅1干川之後端部 卜方以Γ、 達待發狀態之位置。接著，旋動桿92之 則而部92A卡合於該撞針部74之 ，撞針部“與旋動桿92成為彼此限制：糟此 部74即維持於待發狀態之位置。&置之“，撞針 動連二St透二㈣安 /、後知部9〇A雖被推壓銷89推壓，而 25 1244542 予以轴91為旋動中 彈壓力，但如圖 為阻止旋動之狀態。 心往其前端部9〇B上升之方向旋動的 所不，其上方側部分抵接於軸94，而 動禮：者’當一旦後退之滑件部82從後退位置前進時，可 動構件1 01亦隨之箭推 、， 插入…广 可進之可動構件101將其前端部 插入舞启96之最上端部内， . 而舲保持於此之子彈ββ搬運 主展弹至7 3。同時，可重Λ播 邻力動構件101再將彈倉96之最上端 邛加以閉基，使其前方側部 之穿彈宮Μ &门一 刀卡。&以壤狀構件73Α形成The striker portion 74 rotating in the direction of the two main b, as shown in the figure: The push lock 89 in the middle part abuts the expected structural component = 90A of makeup energy. Its location. Next, the portion 92A of the rotation lever 92 is engaged with the striker portion 74, and the striker portion "restricts each other with the rotation lever 92: the portion 74 is maintained at the position where it is ready to go. &Amp; put it" Although the striker moves the two St through the two points, the rear section 9A is pushed by the push pin 89, and 25 1244542 gives the shaft 91 the rotating spring pressure, but the picture shows the state of preventing the rotation. Whatever the heart rotates in the upward direction of its front end portion 90B, its upper side portion abuts on the shaft 94, so that the person can move the member 1 when the slider portion 82 once moved backward from the retracted position. 01 followed by the arrow push, insert ... the wide-accessible movable member 101 inserted its front end into the uppermost part of Mai Kai 96, and the bullet ββ held by this carried the main projectile to 73. At the same time, the adjacent moving member 101 can be re-broadcast, and the uppermost part 邛 of the magazine 96 is closed, so that the front side of the bullet chamber M & & formed with a soil-like member 73Α
衣無至73而固定位置。其結果，如 βΒ裝填於裝彈室73。 厅不將子弹 73而前進之滑件部 98，藉由開關閥部 與連在裝彈室73之 當用以將子彈ΒΒ供應至裝彈室 82恢復至基準位置時，氣體導出通路 "成為關狀態，再透過連結通路1〇〇 子彈發射用氣體通路1 〇2連結。 之棒游^ t < a 衣場在裝彈室 之丨月形下，若扣壓扳機71 使旋動浐μ , 現此動作，可動桿83移簟The clothes were fixed to position without 73. As a result, βB is loaded in the loading chamber 73, for example. The sliding part 98, which does not advance the bullet 73, is opened and closed by the valve part and the bullet loading chamber 73. When used to supply the bullet BB to the loading chamber 82 and return to the reference position, the gas outlet path " becomes Off state, and then connected through the connection path 100 bullet launch gas path 102. Stick tour ^ t < a The clothing field is under the moon shape of the loading chamber. If the trigger 71 is pressed to make the rotation 浐 μ, now, the movable rod 83 can be moved.
使紅動杯92,略微產生抵抗撞 Α可裔7 *、4 r* + 〃 δί)之5早壓力以軸 為了動中心彺反時針方向 ，解除旋動桿92之上方二# "、'、°果，如圖Π户/ 籾仵％之上方刖端部％ 部分的彼此卡合狀態。 」里針。"4之下2 從被旋動桿92限制位置 受透過撞針之狀恶解放的撞針部74, „ 傳叙#針彈簧％之彈壓力，、p. 轴85為旋動中心之a方向的 進1 安裝於撞針部74之可動連/1^力°此時’透過軸 動H件90’亦隨著撞針部74 26 1244542 行往反時針方向之高速旋動。藉此，如圖12所示，可動 連結構件90，藉由其本身之慣性作用，而位於上面側部分 從軸94向其下方側離開之下方位置，使其前端部90B抵 接於與開關閥部99 一體設置之桿部1 06的後端部。 又，進行以軸85為旋動中心之a方向高速旋動的撞針 部74，如圖13所示，雖會到達滑動部82之後端部分82A 抵接其上方側部分之非待發位置，但此時，推壓銷89抵 接於後端部90A，前端部90B抵接於與開關閥部99 一體 設置之桿部1 06之後端部的可動連結構件90，即推壓桿部 106而產生使開關閥部99往前方側之移動。開關閥部99 往前方側之移動，隨著嵌合於此之環狀密封構件105往前 方側之移動，藉此，開關閥部99，使氣體導出通路98從 關狀態移至開狀態。 藉此，來自蓄壓室97之氣體，通過成為開狀態之氣體 導出通路98，並進一步通過連結通路100，供應至通至裝 彈室73之子彈發射用氣體通路1 02。並在此狀態下，通過 因開關閥部99而成為開狀態之氣體導出通路98供應至子 彈發射用氣體通路102的氣體，賦予裝填於裝彈室73之 子彈BB的氣體壓力，使子彈BB從裝彈室73移動至搶管 部72内，亦即，將子彈BB從裝彈室73射出。 如前所述，當撞針部74從待發狀態位置往a方向高速 旋動而移至非待發狀態位置，以透過軸91安裝於撞針部 74之可動連結構件90來推壓開關閥部99，據此，開關閥 部99向前方側移動而使氣體導出通路98為開狀態時，如 1244542 :13所示，配置於開關閥部99之桿部106下方的鎖止構 110 ’ X到螺旋彈簧111之彈壓力而往上方移動卡合於 P 1〇6之後$而部’將開關閥部99限制於使氣體導出通 路98為開狀態之位置。 之後例如，進行氣體反衝動作，藉由氣體壓力使滑 你：82後退。藉由該後退之滑件部82之後端部分82A， =針部74,抵抗透過撞針支柱87傳達之撞針彈簧％之 弓早壓：力往b方向綠私 ,, _ 。酼此，迻過軸91安裝於撞針部74 動連結構件9°’隨著撞針部7…方向之旋動而順 "方向疑動’使其W端部90B從推壓開關閥# 99之桿 邛1〇6之後端部的狀態解放。 ^、在/月件部82之後退距離到達既定位置前，開關 2 ’被卡合於該桿部1G6後端部之鎖止構件110，限 邱在使氣體導出通路98為開狀態之位置。接著，當滑件 # 82之後退距離到達 ^，透過省略圖示之構件 110抵抗螺旋彈菁111之彈麼力而被推下，解 除與開關閥部9 9之;1 η r α & m99 06後知部的卡合。藉此，開關 P猎由螺旋彈菁107之彈麼力往後方側移動，恢復 至使乳體導出通路98為關狀態之位置。 =滑件部82因氣嶋之後退，可動構件 ，滑件部82在到達最後方位置之前成為不接受 :置：滑Si，藉由慣性到達最後方位置。到達最後方 β 。 2,叉到省略圖示之螵旋彈簧之彈壓力，與 ^之可動構# ]0] 一起前進而回至基準位置。滑件部以 28 1244542 攸取後方位置回至基準位置時，與滑 T ^ 1 η 1 , W 一起刖進之 。冓件⑻，即《彈室73進行τ_個子彈ββ之裝填 滑件=2述^式山’藉由因氣體麼力後退到達最後方位置之 待發狀態位置，m… η主b方向凝動至 下-個子彈之發二果，成為如…示之狀態，準備 位置時，若於在“:針°"4位於如圖10所示之待發狀態 非待發狀態二如Γ:Γ情形下，使撞針·74成為 針部74， 囷 所不，將位於待發狀態位置的撞 92Α與撞針ζ74手動操作來解除旋動帛92之上方前端部 85為旋動中 < 下方側部分的彼此卡合狀態，使其以軸 於撞針部74Γ/#Γ低速旋動。此時，透過轴91安裝 動之撞針部74:=“°’亦隨著往a方向低速旋 動連結構# 90之慣:作:針方向之低速旋動。此時，可 如圖丨 -、 用極為微小，可動連結構件9〇， 壓所產生之1單’/Γ，抵接方1其後端部9〇A之推壓銷89之推 往順時針方向旋動，维 “動中心 狀態。 、寸使其上面側部分抵接於軸94之 端部90B抵技T動連結構件9〇 ’如目14所示，不使其前 端部。抵接於與開關閱部99 一體設置之桿部ι〇6之後 ^ ^ ^ ^ ^ ^ ^ ^ ^Make the red moving cup 92 slightly produce resistance to hitting A Ke 7 *, 4 r * + δ δί), the early pressure of the axis is 5 as the center of the movement, counterclockwise, and release the upper two of the rotating lever 92 # ", ' As a result, as shown in Fig. Π /%, the upper part of the upper end portion% is engaged with each other. Needle. " Under 4 The striker portion 74 liberated from the position restricted by the rotation lever 92 is released through the shape of the striker, „Briefing #needle spring% spring pressure, p. axis 85 is in the direction of a of the rotation center 1 The movable link installed at the striker portion 74/1 ^ ° At this time, 'the H-piece 90 through the shaft' also rotates counterclockwise at high speed along with the striker portion 74 26 1244542. As shown in Figure 12 As shown, the movable connecting member 90 is located at a lower position where the upper side portion is separated from the shaft 94 to the lower side by its own inertia, so that the front end portion 90B abuts on the lever portion provided integrally with the on-off valve portion 99. The rear end portion of 06. The striker portion 74 that rotates at high speed in the a direction with the shaft 85 as the rotation center reaches the rear end portion 82A of the sliding portion 82 and abuts the upper portion, as shown in FIG. This is not the waiting position, but at this time, the push pin 89 is in contact with the rear end portion 90A, and the front end portion 90B is in contact with the movable connecting member 90 at the rear end of the lever portion 106 which is integrally provided with the switching valve portion 99. The lever portion 106 is pushed to cause the on-off valve portion 99 to move forward. The on-off valve portion 99 moves to the front side, and as the The annular sealing member 105 fitted in this is moved forward, whereby the valve portion 99 is opened and closed to move the gas outlet path 98 from the closed state to the open state. As a result, the gas from the pressure storage chamber 97 passes The gas lead-out path 98 which is in an open state is further supplied to the bullet launching gas path 102 which leads to the ammunition loading chamber 73 through the connection path 100. In this state, the valve is opened by the opening / closing valve portion 99. The gas supplied from the gas outlet path 98 to the bullet launch gas path 102 applies gas pressure to the bullet BB loaded in the loading chamber 73 to move the bullet BB from the loading chamber 73 into the pipe grabbing section 72, that is, to move the bullet BB is ejected from the loading chamber 73. As described above, when the striker portion 74 is rotated at a high speed from the ready-to-go position to the non-ready-to-go position, the movable connecting member is mounted on the striker portion 74 through the shaft 91. When the on-off valve portion 99 is pushed by 90, the on-off valve portion 99 is moved to the front side and the gas outlet passage 98 is opened, as shown in 1244542: 13, which is arranged below the lever portion 106 of the on-off valve portion 99. Locking mechanism 110 'X to coil spring 11 The spring pressure of 1 moves upwards and engages after P106. The opening and closing portion 99 restricts the on-off valve portion 99 to a position where the gas outlet passage 98 is opened. Then, for example, a gas recoil operation is performed by the gas. The pressure makes you slip: 82 back. With the back part 82A of the back slider part 82 = needle part 74, resist the early pressure of the bow of the striker spring transmitted through the striker post 87: the force is in the direction of b, _. At this point, the moving shaft 91 is mounted on the striker portion 74 and the connecting member 9 ° is moved in accordance with the rotation of the striker portion 7 in the direction of "the direction is suspected" so that the W end portion 90B is pushed from the on-off valve # After the 99 pole 邛 106, the state of the end is liberated. ^ The switch 2 'is engaged with the locking member 110 at the rear end of the rod portion 1G6 before the rearward distance of the / month piece portion 82 reaches the predetermined position, and is restricted to the position where the gas outlet path 98 is opened. Then, when the sliding distance of the sliding member # 82 reaches ^, the member 110 (not shown) is pushed down against the elastic force of the spiral spring 111, and the valve opening and closing valve section 9 9; 1 η r α & m99 is released. 06 After the engagement of the Ministry of Knowledge. Thereby, the switch P is moved to the rear side by the force of the spiral bomb 107, and is restored to the position where the milk delivery path 98 is closed. = Slider part 82 retracted due to discouragement, the movable member. Slider part 82 became unacceptable until it reached the rearmost position: Set: Slide Si, reach the rearmost position by inertia. Reached the last β. 2. Fork to the spring pressure of the spiral spring (not shown), move forward with ^ 之 动 架 #] 0] and return to the reference position. When the sliding part returns to the reference position at 28 1244542, it advances with the sliding T ^ 1 η 1, W together.冓 ⑻, that is, "loading slide of τ_ bullets ββ performed by the bomb chamber 73 = 2 ^ Shishan" by retreating due to the gas force to reach the final position, m ... η in the direction of main b Move to the second result of the next bullet, and it will become as shown in the figure. When you are preparing for the position, if the ": pin °" is in the ready state shown in Figure 10 and the non-ready state is two: Γ: In the case of Γ, the striker · 74 is made into the needle portion 74. However, the striker 92A and the striker ζ74 located at the ready position are manually operated to release the rotation. The upper front end portion 85 of the 帛 92 is in rotation < the lower side The parts are engaged with each other, so that the shaft rotates at a low speed with the shaft 74Γ / # Γ at this time. At this time, the moving needle 74 through the shaft 91 is installed: = "°" also rotates at a low speed in the direction a # 90 custom: Operation: Low speed rotation in the needle direction. At this time, as shown in Figure 丨, the extremely small, movable connecting member 90 is pressed to produce a single '/ Γ, which abuts the pressing pin 89 of the 90A at the rear end of the party 1 and is pushed clockwise. Rotate in the direction to maintain the "moving center state." Make its upper side part abut against the end portion 90B of the shaft 94 against the moving connection member 9 'as shown in item 14, but do not make its front end part. Abut on After the lever part ι〇6 integrated with the switch reading part 99 ^ ^ ^ ^ ^ ^ ^ ^
所不’雖會到達滑件部82之後端部分82A 29 1244542 抵接其上方侧部分的非待發彳☆ $ 行^位置，但此時，推壓銷89抵 接於後端部90Λ、上面側部分 一 刀抵接方；軸94之可動連結構件 90，係位於上方位置，苴前Nothing 'will reach the non-starting position of the rear end part 82A 29 1244542 of the slider part 82 abutting the upper part ☆ $ line ^ position, but at this time, the push pin 89 abuts the rear end part 90Λ, the top The side part touches the side with one blade; the movable connecting member 90 of the shaft 94 is located at the upper position, front
"而邛9〇B為不抵接於與開關閥 部99 一體設置之桿部〗μ — # J 之後端部的狀態。是故，即使 撞針部74到達圖9所干夕北/士 ^ 所不之非待發狀態之位置，亦不會產 生可動連結構件90使開關閱部 阀口丨99在則方側移動之狀況。 其結果，如圖9所千，a、& h a a ’、成為彳里針部74位於非待發狀態 立置之狀悲，開關閥部9 9將 虱且¥出通路98維持於關狀 Γ〇 ’不從㈣室97進行通過氣料出通路98及連结通路 〇之乳體供應，而不會發射裝填於㈣室7 射亦即，位於待發狀態位置之撞針部74,不會引起:彈： 射，而能移至非待發狀態之位置。 " :立於如圖9所示之非待發狀態位置的 上方側部分抵接將滑件部82之 隹:、 定位。田A y 丨刀以此來進行 部82之於非待發狀態位置的撞針部74，即被滑件 悲，例如，即使從其後方施加較大之外力=疋之狀 生不預期沾，、，n 刀亦不會因而產 _ ^可動連結構件90㈣關閥部99推 側，使朋μ日日^ J α推縻向刖方 史開關閥部99成為令氣體導出 況。 于㈤逍路98為關狀態的狀 匕含上述圖1所示例之撞針部 部分3以、& 滑件部32之後端 59、总 動連結構件43、氣體導出通路58、連結通败 ，、開闕閥部50之部分的構成，以 ° 之撞針部7/| 、 及匕3圖8所示例 〇 、滑件部82之後端部分82Α、可動連結構件 30 1244542 90、氣體導出通路98、 士 部分的構成，僅係本宰卜1 1〇〇、與開關間部99之 !項、★安± 〇申明專利範圍第i 本案申請專利範圍第】 、至弟6項中任 項中任1項之充氣式玩呈〃 項及第7項至第9 部份的構成例，但並不限定於;^體供應機構應具備之主要 :二說明可知，根據本案申請專 ^項1P任1項之充翁4 阳示1項至第 m 0 ^ ^ ”式兀/、核之氣體供應機構，ώ八，丨 輪針部之高速旋動及低速旋動的 ：由分別 ，在撞針部進行高速旋 π構件之動作 狀態’進行通過氣㉟通路 Μ關閥部從關狀態移至開 <、孔月且通路之氣體 實獲得發射子彈之狀態，又，在撞:部::低::二^ 使開關間部將氣體通路維持於關狀態，而不進行 通路之氣體供應。此外，在 丁通過氣體 動而從待發狀態移至非待發狀態 ，進行低速旋動、1仵非待發狀態。其結果" And 邛 90B is not in contact with the rod portion provided integrally with the on-off valve portion 99. μ — # J The rear end state. Therefore, even if the striker portion 74 reaches a position other than the waiting state shown in Fig. 9 in the north / west, it will not cause a situation in which the movable connecting member 90 moves the valve port of the switch reading section 99 on the side. . As a result, as shown in FIG. 9, a, & haa ', and the needle portion 74 is standing in a non-ready state, and the opening and closing valve portion 99 maintains the lice and the outlet path 98 in a closed state Γ 〇 ′ does not supply milk from the chamber 97 through the gas outlet path 98 and the connecting path 〇, and does not launch and fill the chamber 7 to shoot, that is, the needle portion 74 located in the ready-to-go position will not cause : Bouncing: Shooting, and can move to a position other than the state of waiting. ": The upper side portion standing at the non-ready state position shown in FIG. 9 abuts and positions the slider portion 82:. Tian A y 丨 This way, the striker portion 74 of the part 82 in a position other than the ready-to-go state is saddened by the sliding member. For example, even if a large external force is applied from the back of the part = The n knife will not be produced as a result. ^ The movable connecting member 90 pushes the closing valve portion 99 to the side, so that the pusher J ^ J α pushes toward the opening and closing valve portion 99 to make the gas discharge condition. The state in which the Xiao Xiao Road 98 is in a closed state includes the striker portion 3 shown in the example shown in FIG. 1 above, & the rear end 59 of the slider portion 32, the general moving connection member 43, the gas outlet path 58, the connection failure, The structure of the part of the opening and closing valve portion 50 is shown in FIG. 8 as the striker portion 7 / | and dagger 3 °, the rear end portion 82A of the slider portion 82, the movable connection member 30 1244542 90, the gas outlet path 98, and the driver. The composition of the part is only 1 of Ben Zaib 1, 100, and 99 of the switch between the switch, and Ann ± 0 declaration of the scope of patents i scope of the patent application in this case, 1 of 6 Inflatable play items and the constitution examples of items 7 to 9 are not limited to the following: The main requirements that a body supply organization should have: Second, it can be known that according to this case, one of the special items 1P and 1 is required. Chong Weng 4 Yang 1 item to m 0 ^ ^ "type gas / nuclear gas supply mechanism, free of charge, high-speed rotation and low-speed rotation of the wheel needle part: separately, high-speed rotation of the needle part The action state of the π member is' moved from the closed state to the open < Realize the state of firing the bullet, and, in the collision: Department :: Low :: two ^ to maintain the switch between the gas passage in the off state, without supplying gas to the passage. In addition, Ding through The waiting state is shifted to a non-waiting state, and a low-speed rotation is performed, and 1 仵 is not a waiting state. The result
態下而移至非待發狀態的撞針部，則受到定：::： 而能確實維持非待發狀態’防止非待發狀態之撞針部因非 預期施加之推Μ力而使開關閥部產生非預期的動作。 【圖式簡單說明】 (一）圖式部分 第1圖’係將本案申請專利範圍帛1項至第6項中任 1項之充氣式玩具搶之氣體供應機構例，與適用該機構之 充氣式玩具搶之例一起表示的部分剖面側視圖。 31 1244542 第2圖，係用以說明第1圖所示之氣體供應機構例之 構成及動作的截面圖。 第3圖，係用以說明第1圖所示之氣體供應機構例之 構成及動作的截面圖。 第4圖，係用以說明第1圖所示之氣體供應機構例之 構成及動作的截面圖。 第5圖，係用以說明第1圖所示之氣體供應機構例之 構成及動作的截面圖。 第6圖，係用以說明第1圖所示之氣體供應機構例之 構成及動作的截面圖。 第7圖，係用以說明第1圖所示之氣體供應機構例之 構成及動作的截面圖。 第8圖，係將本案申請專利範圍第1項至第3項及本 案申請專利範圍第7項至第9項中任1項之充氣式玩具槍 之氣體供應機構例，與適用該機構之充氣式玩具槍之例一 起表示的部分截面側視圖。 第9圖，係用以說明第8圖所示之氣體供應機構例之 構成及動作的截面圖。 第1 0圖，係用以說明第8圖所示之氣體供應機構例之 構成及動作的截面圖。 第10圖，係用以說明第8圖所示之氣體供應機構例之 構成及動作的截面圖。 第12圖，係用以說明第8圖所示之氣體供應機構例之 構成及動作的截面圖。 32 1244542 第1 3圖，係用以說明第8圖所示之氣體供應機構例之 構成及動作的截面圖。 第14圖，係用以說明第8圖所示之氣體供應機構例之 構成及動作的截面圖。 第1 5圖，係用以說明第8圖所示之氣體供應機構例之 構成及動作的截面圖。 第1 6圖，係用以說明第8圖所示之氣體供應機構例之 構成及動作的截面圖。 (二）元件代表符號 23, 73 裝彈室 24, 74 撞針部 30, 80 玩具搶本體 32, 82 滑件部 32A，82A 滑件部之後端部分 43, 90 可動連結構件 47 彈簧構件 48, 88 螺旋彈簧 50, 99 開關閥部 57, 97 蓄壓室 58, 98 氣體導出通路 59， 100 連結通路The striker part that is moved to a non-ready state in the state is determined to be able to reliably maintain the non-ready state 'to prevent the striker part of the non-ready state from opening and closing the valve part due to an unexpected pushing force. Produces unexpected actions. [Brief description of the drawings] (1) Figure 1 of the drawing part is an example of a gas supply mechanism that robs any one of the patent application scopes 帛 1 to 6 of this application for an inflatable toy, and the applicable inflation mechanism Partial sectional side view of an example of a toy toy grabbing together. 31 1244542 Fig. 2 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 1. Fig. 3 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 1. Fig. 4 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 1. Fig. 5 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 1. Fig. 6 is a sectional view for explaining the structure and operation of the example of the gas supply mechanism shown in Fig. 1. Fig. 7 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 1. Fig. 8 is an example of a gas supply mechanism for an inflatable toy gun in the scope of patent applications Nos. 1 to 3 in this application and any of the scope of patent applications Nos. 7 to 9 in this application, and the inflation mechanism applicable to this mechanism Partial sectional side view of an example of a toy gun. Fig. 9 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 8; Fig. 10 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 8; Fig. 10 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 8; Fig. 12 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 8; 32 1244542 Fig. 13 is a sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 8. Fig. 14 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 8; Fig. 15 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 8. Fig. 16 is a cross-sectional view for explaining the structure and operation of the gas supply mechanism example shown in Fig. 8; (2) Symbols for components 23, 73 Loading chambers 24, 74 Impact needle parts 30, 80 Toy grab bodies 32, 82 Slider parts 32A, 82A Rear end parts of sliding parts 43, 90 Movable connecting members 47 Spring members 48, 88 Coil springs 50, 99 On-off valve parts 57, 97 Accumulation chambers 58, 98 Gas outlet passages 59, 100 Connection passages
Claims (1)
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2003180511A JP3711282B2 (en) | 2003-06-25 | 2003-06-25 | Gas supply mechanism of gas toy gun |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW200500587A TW200500587A (en) | 2005-01-01 |
| TWI244542B true TWI244542B (en) | 2005-12-01 |
Family
ID=33411072
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW93114067A TWI244542B (en) | 2003-06-25 | 2004-05-19 | Gas supplying mechanism in a gas powered toy gun |
Country Status (7)
| Country | Link |
|---|---|
| US (1) | US20050011508A1 (en) |
| EP (1) | EP1491846A1 (en) |
| JP (1) | JP3711282B2 (en) |
| KR (1) | KR100603143B1 (en) |
| CN (1) | CN100380089C (en) |
| MX (1) | MXPA04005841A (en) |
| TW (1) | TWI244542B (en) |
Families Citing this family (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| IL152679A0 (en) * | 2002-11-06 | 2004-02-08 | Alexander Chomski | Firearm simulation device |
| JP3708936B2 (en) * | 2003-07-29 | 2005-10-19 | 株式会社ウエスタン・アームス | Toy gun using gas pressure |
| DE102004032309B4 (en) * | 2004-07-03 | 2010-04-08 | Carl Walther Gmbh | firearm |
| US20060207584A1 (en) * | 2005-03-16 | 2006-09-21 | Ying-Hui Yeh | Gas decompression magazine of a toy gun |
| TWI261105B (en) * | 2005-12-26 | 2006-09-01 | Yih Kai Entpr Co Ltd | Improved structure of machine set for toy gas gun |
| US20070181116A1 (en) * | 2006-02-06 | 2007-08-09 | Wilson Wei | Air gun |
| US8082913B2 (en) * | 2008-06-13 | 2011-12-27 | Yao-Gwo Gan | Striker for paint ball gun |
| US8286622B2 (en) * | 2009-03-31 | 2012-10-16 | Kingman International Corporation | Valve with blow back reservoir |
| TWM389247U (en) * | 2009-10-30 | 2010-09-21 | Yih Kai Enterprise Co Ltd | Air-intake control device of toy gun |
| FR2975919A1 (en) * | 2011-05-31 | 2012-12-07 | Poh Kae Co Ltd | Back and forth movement apparatus for bolt of toy pistol, has pole comprising extended portion adjacent to rear end before being engaged with slot of base, and torsion spring located between base and pole for stressing pole |
| US9068792B2 (en) * | 2012-08-29 | 2015-06-30 | Real Action Paintball (Rap4) | Projectile launcher able to launch an object using a hammer |
| CN103486903B (en) * | 2013-09-18 | 2016-05-11 | 上海奥特玛特物流设备有限公司 | A kind of storm air gun |
| US11578942B2 (en) * | 2019-05-30 | 2023-02-14 | Bahtiyar Tasyagan | Firing system in a precharged pneumatic (PCP) rifle |
Family Cites Families (22)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE689183C (en) * | 1935-08-06 | 1940-03-27 | Mauser Werke Akt Ges | Firearms protection against the impact of the striking device on the ignition device |
| US3626623A (en) * | 1969-06-25 | 1971-12-14 | Aldo Uberti | Hammer mounted safety device for revolvers |
| US3624947A (en) * | 1969-06-25 | 1971-12-07 | Salford Imports Inc | Hammer safety for firearms |
| US4143636A (en) * | 1977-07-12 | 1979-03-13 | The Coleman Company, Inc. | Gun with safety link for firing mechanism thereof |
| US4316340A (en) * | 1979-12-26 | 1982-02-23 | Alan I. Gerald Corporation | Safety mechanism for firearms |
| US4555861A (en) * | 1983-12-16 | 1985-12-03 | Colt Industries Operating Corp | Firing pin locking device |
| US4615133A (en) * | 1984-09-21 | 1986-10-07 | K. W. Thompson Tool Company, Inc. | Firing pin selector for gun |
| US5160795A (en) * | 1991-07-29 | 1992-11-03 | Crosman Corporation | Gun with pivoting barrel, rotary ammunition cylinder, and double action firing mechanism |
| US5160796A (en) * | 1991-10-07 | 1992-11-03 | Martin Tuma | Automatic small arm |
| US5285766A (en) * | 1992-07-30 | 1994-02-15 | Crosman Corporation | Gun with removable rotary ammunition clip |
| US5335437A (en) * | 1993-03-22 | 1994-08-09 | Andersen Frank B | Gun hammer |
| US5509399A (en) * | 1995-01-12 | 1996-04-23 | Poor; Keith A. | Semi-automatic fluid powered gun |
| JP2871583B2 (en) * | 1996-04-04 | 1999-03-17 | 株式会社ウエスタン・アームス | Gas pressure toy gun |
| JPH10220993A (en) | 1997-01-31 | 1998-08-21 | K S C:Kk | Safety device of toy air gun |
| TW410973U (en) * | 1997-10-16 | 2000-11-01 | Western Arms Kk | Model gun with automatic bullet supplying mechanism |
| JP2871657B1 (en) * | 1998-01-08 | 1999-03-17 | 株式会社ウエスタン・アームス | Toy gun with automatic bullet supply mechanism |
| JP2905478B1 (en) * | 1998-05-29 | 1999-06-14 | 有限会社マルゼン | air gun |
| JP2000234896A (en) * | 1999-02-12 | 2000-08-29 | Tokyo Marui:Kk | Valve unit in blowback type gas gun |
| JP3054413B1 (en) * | 1999-06-07 | 2000-06-19 | 有限会社マルゼン | Automatic air sports gun |
| DE19959964C5 (en) * | 1999-12-13 | 2009-01-08 | Heckler & Koch Gmbh | backup |
| ES2183684B1 (en) * | 2000-07-06 | 2004-06-16 | Industrias El Gamo, Sa | COMPRESSED AIR OR GAS GUN. |
| TWM249004U (en) * | 2003-10-29 | 2004-11-01 | Yih Kai Entpr Co Ltd | Structure improvement of toy gas gun |
-
2003
- 2003-06-25 JP JP2003180511A patent/JP3711282B2/en not_active Expired - Fee Related
-
2004
- 2004-05-19 TW TW93114067A patent/TWI244542B/en not_active IP Right Cessation
- 2004-05-25 KR KR20040037112A patent/KR100603143B1/en not_active IP Right Cessation
- 2004-06-03 US US10/859,316 patent/US20050011508A1/en not_active Abandoned
- 2004-06-15 MX MXPA04005841A patent/MXPA04005841A/en not_active Application Discontinuation
- 2004-06-24 EP EP20040014832 patent/EP1491846A1/en not_active Withdrawn
- 2004-06-25 CN CNB2004100618513A patent/CN100380089C/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| US20050011508A1 (en) | 2005-01-20 |
| CN1590948A (en) | 2005-03-09 |
| JP3711282B2 (en) | 2005-11-02 |
| TW200500587A (en) | 2005-01-01 |
| MXPA04005841A (en) | 2007-11-14 |
| EP1491846A1 (en) | 2004-12-29 |
| CN100380089C (en) | 2008-04-09 |
| JP2005016804A (en) | 2005-01-20 |
| KR20050001309A (en) | 2005-01-06 |
| KR100603143B1 (en) | 2006-07-24 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MM4A | Annulment or lapse of patent due to non-payment of fees |