五、新型說明： 【新型所屬之技術領域】 本創作係為一種電動搶轉換氣動搶之搶機結構更 具體來說，涉及一種能讓氣動搶之搶機直接置換到電動 搶之結構技術’·如此’可使電動搶體也能達到提供氣動 搶機組合之目的。 【先前技術】 許多男人的基因t料搶戰總是存有相#高的興趣 ’進行安全的搶戰也是許多男人所嚮往的，不論是玩電 腦的搶戰遊戲，或是觀看搶戰影[㈣些休閒活動， 總是缺乏擬真感受，因此，近年來許多人喜愛進行玩具 搶的射擊運動，以充份感受擬真的搶戰或射擊快感。 傳統玩具搶中’電動搶與氣動搶之搶機等内部结構 都無法互換，玩家若想玩電動搶與氣動搶，便需分別構 買，如此將造成購置成本增加；創作人認為，若能提供 一種内部結構，能共用於電動搶與氣動搶之搶體，如此 ，就能降低購置成本。 有鑑於此，創作人認為應設計一種新的結構，除能 通用於電動搶與氣動搶外，其於玩具搶之BB彈每次擊發 後，能自動提供一種機制，以便讓扳機都能自動歸位， 以利下一次的擊發。 創作人搜集相關資料，並以從事於此行業累積之多 年經驗’經由不斷試作以及修改，終有本案之誕生。 【新型内容】 々本創作主要目的在於：提供一種能互換於電動搶與 :動搶之内部結構’如此，玩家即便是購買電動搶，也 月b置換本案結構而改成氣動搶，以便用最低的成本滿足 玩賞不同搶枝之需求。 另，為改善槍枝之BB彈於每次擊發後，需手動使扳 機歸位之缺點，本創作另—目的在於：設計一種結構， 其於玩具搶之BB彈每次擊發後，能自動讓扳機歸位，以 利下—次的擊發。藉此，獲致省力、易使用、能快速且 連續擊發BB彈、提高搶戰之擬真感與真實感等多重目的 〇 為達上述目的’本案具體之内容為：該電動搶轉換 现動搶之搶機結構，主要係於一槍體内設有一扳機單元 與一擊發單元。 較佳的，3亥搶體，底部連設有一彈[£，該彈g内設 置有一供氣室，該供氣室内存儲有壓縮氣體或瓦斯；又 該彈匣内包括有一通道，該通道内設置有一彈簧與一頂 塊’該通道内提供BB彈之容置。 較佳的’該扳機單元，位於搶體内部靠近下方的位 置處，包括一扳機、一第一扣卡體、一第二扣卡體、一 第一連動體、一第二連動體以及一管體；其中該扳機， 設有一轴’且該扳機能利用軸進行軸運動，該扳機頂端 設有一端角；該第一扣卡體，組設於扳機頂部，該第一 扣卡體設有一轴且可藉該轴進行轴運動，該第一扣卡體 底部包括有—勾部，該勾部鄰接扳機之端角且兩者能相 互配接或脫離，又該第一扣卡體頂部設有一卡扣部；該 Μ43Ί312 第4卡體，設於第一扣卡體之一前端緣處，該第二扣 卡體°又有—扣合部，該扣合部能與第一扣卡體之卡扣部 配：或脫離’該第二扣卡體包括有一軸，且該第二扣卡 體能藉該軸進行轴運動；該第一連動體，連設於第二扣 卡體之軸處，該第—連動體能因為第二扣卡體之翻轉隨 之位移；該第一連動體前端緣配接有該第二連動體，該 第一連動體係組置於該管體内，該第二連動體結構中包 ="'員°卩該頸部之兩側皆設有油封，而位於該頸部 2該管體處與彈e之供氣室連通；又該管體前端，係為 一第一氣室，該第二氣室連接到擊發單元。 .^較佳的，該擊發單元，位於搶體内扳機單元上方處 /擊發單元包括有—外本體、—内本體、—分流間體 二一第二彈簧、一擋體與一第三彈簧；其中該外本體固 又於搶體内，該内本體設於該外本體内部，該外本體設 有一活動空間，該内本體能相對於外本體移動，該外本 體二：底部連通至扳機單元之第二氣室，該内本體包括 $二間，該空間用以容置該分流閥體，該空間一前緣 。又有斜面，至於該分流閥體，包括有兩板片該兩板片 ^形成有剖槽，該兩板片前緣設有_側環體，該側環體 前緣設有一環體，該環體為中空，該環體旁邊開設有一 穿孔，該環體前緣為一出氣口，且該出氣口與穿孔連通 ’該位於内本體之分流閥體前緣，組設有一第二彈簧， 且該第二彈簧前緣設有一擋體；另於内本體内部設有一 第三彈簧。 較佳的，前述擊發單元，於内本體後端，設置有一 搶機，該搶機後端設有一第一彈簧；另該搶機之設置位 6 M431312 置’剛好位於第二扣卡體頂部。 較佳的，前述搶體，於搶機向末端移動 一 Μ痛；δ、苦 上 7畔’形成有 拼虱通道，該排氣通道能與擊發單元 通。 〜門本體内部連 較佳的’前述擊發單元之外本體前端，連設有搶管 〇 較佳的，前述槍機，能於搶體上前後移行。 精由上述結構，本案之優點在於：t玩家壓按板機 擊發BB彈後，搶體内部的氣流將會進入擊發單元之内本 體内。P ’該氣流將自動推動搶機向搶體尾端移動，藉此 ，該搶機底部能碰觸扳機單元之第二扣卡體頂部，^令 第二扣卡體被下壓移動，形成該第二扣卡體之扣合部： 與第一扣卡體之卡扣部恢復成卡扣關係。 【實施方式】 有關本新型之詳細特徵與較佳實施例，茲配合圖示 φ 詳細說明如下，其内容足以使任何熟習相關技藝者了解 本新型之技術内容並據以實施，且根據本說明書所揭露 . 之内容及圖式，任何熟習相關技藝者可輕易地理解前述 的目的及優點。 本新型以下列舉之實施例僅用於說明本新型之目的 與較佳的實施例，並非用以限制本新型之範圍。 首請參閱第一圖、第一圖與第三圖所示，本宰電動 搶轉換氣動搶之搶機結構，主要係於一搶體1内設有— 扳機單元2與一擊發單元3,其中： 該搶體1，底部連設有一彈匣12，該彈匣12内設置 7 M431312 有一供氣室13，該供氣室13内存儲有壓縮氣體或瓦斯 ;又該彈匣12内包括有一通道14，該通道14内設置有 一彈簧141與一頂塊142’該通道η内提供⑽彈9之 容置； 該扳機單元2’位於槍體1内部靠近下方的位置處 ;包括一扳機21、一第一扣卡體22、一第二扣卡體23 、一第一連動體24、一第二連動體25以及一管體26; 其中該扳機21，設有一轴211，且該扳機21能利用轴 221進行軸運動’該扳機21頂端設有一端角212;該第 一扣卡體22，組設於扳機21頂部，該第一扣卡體22設 有一軸221且可藉該轴221進行軸運動，該第一扣卡體 22底部包括有一勾部222，該勾部222鄰接扳機之端角 212且兩者能相互配接或脫離’又該第一扣卡體22頂部 設有一卡扣部223 ;該第二扣卡體23，設於第一扣卡體 22之一前端緣處，該第二扣卡體23設有一扣合部232 ’該扣合部232能與第一扣卡體22之卡扣部223配接或 脫離，該第二扣卡體23包括有一轴231，且該第二扣卡 體23能藉該軸231進行軸運動，且該第二扣卡體23因 為内部之彈箸結構，因此怪具肴一向上之作用力；該第 一連動體24,連設於第二扣卡體23之軸231處，該第 一連動體24能因為第二扣卡體23之翻轉隨之位移；該 第一連動體24前端緣配接有該第二連動體25,該第二 連動體25係組置於該管體26内’該第二連動體25結構 中包括有一頸部251，該頸部251之兩側皆設有油封252 、253 ’該頸部251旁之管體26内部，為第一氣室264 ’而位於該頸部251之該管體26處與彈匣12之供氣室 8 财31312 13連通；又該管體26前端，係為一第二氣室265,該第 二氣室265頂端連接到擊發單元3 ; 該擊發單元3，位於搶體1内扳機單元2上方處； 該擊發單元3包括有一外本體31、一内本體32、一分流 閥體33、一第二彈簧34、一擋體35與一第三彈簧36; 其中該外本體31固設於搶體1内，該内本體32設於該 外本體31内部，該外本體31設有一活動空間311，該 内本體32能相對於外本體31移動，該外本體31 —端底 部連通至扳機單元2之第二氣室265,該内本體32包括 有—空間321 ’該空間321用以容置該分流閥體33，該 空間321 —前緣設有斜面322 ;至於該分流閥體33，包 括有兩板片331 ’該兩板片331間形成有剖槽332，該兩 板片331前緣設有一側環體333，該側環體333前緣設 有一環體334 ’該環體334為中空，該環體334旁邊開 設有一穿孔335，該環體334前緣為一出氣口 336，且該 出氣口 336與穿孔335連通；該位於内本體32之分流閥 體33前緣’組設有一第二彈簧34，且該第二彈簧34前 緣設有一擋體35;另於内本體32内部設有一第三彈普 36 ； 前述擊發單元3,於内本體32後端，設置有一搶機 18，該搶機18後端設有一第一彈簧19;另該槍機18之 設置位置’剛好位於第二扣卡體23頂部。 前述搶體1，於槍機18向末端移動時，形成有一排 氣通道181(如第七圖）’該排氣通道i8l能與擊發單元3 之内本體32内部連通。 前述擊發單元3之外本體31前端連設有槍管17。 9 M431312 藉由上述結構，本案實施時，如第三圖、第四圖與 第五圖，當玩家壓按扳機21，扳機21藉轴211轉動， 該端角212將脫離與勾部222之勾卡關係，此時第一扣 卡體22翻轉，其卡扣部223向下移，形成第二扣卡體 23之翻轉移動’將連帶使得第一連動體與第二連動體都 向則移動，此時油封253移出管體26,形成氣體能由供 氣至13進入官體26、第一氣室264再進入第二氣室265 ，接著空氣進入擊發單元3，由分流閥體33的穿孔335 經出氣口 336喷出，即可將單個BB彈9擊發；值此同時 ，在彈射出時搶管17會產生一相對於分流閥體33之 吸力，造成分流閥體33被吸附封阻於斜面322處此時 供氣室13之空氣將改而進入分流閥體33後端的内本體 32内部（如第六圖）’由於該内本體32内部為封閉狀， 但槍機18可以相對於搶體丨前後移動，因此，該進入内 本體32内部的空氣將會推動槍機18相對於搶體！向後 移動，導致搶機18底部能碰觸扳機單元2 …，以令第二扣卡體23被下壓移動， 扣卡體23之扣合部232能與第一扣卡㈣之卡扣部-恢復成卡扣關係（如第七圖），如此，即完成板機21之復 歸狀^至於該位於内本體32内部的空氣，由於搶機 18後移之後，能使—排氣通道181連通，因此該空氣便 通道181自動沒出；而内本體32内部完成排 利用第一彈菁19之作用力，便能讓搶機18再自 動歸=;且分流閥體33也利用第二彈簧34自動歸位。 练上所述，本案電動搶轉換氣動搶之 B㈣發後利用氣流之導弓,，自動使板機復 10 制賓力、能快速且連續擊發⑽彈、提高搶戰之擬真感 與真實感，且該搶機能置換於電動搶與氣動搶間，本案 之多重優點，其技術内容完全符合新型專利之取得要件 。本案在產業上確實得以利用，於申請前未曾見於刊物 或公開使用，且非為公眾所知悉之技術。再者，本案有 效解決先前技術中長期存在的問題並達成相關使用者與 . 消費者長期的需求，得佐證本新型並非能輕易完成。本 - 帛富具專利法規定之「產業利用性」、「新賴性」與「進 _ m等要件’爰依法提請專利，懇請鈞局詳查，並 儘早為准予專利之審^，以保護中請人之智慧財產權， 俾勵創新》 准以上所述者’僅為本新型之實施例而已，當不能 以之限定本新型所實施之範圍。即大凡依本新型申請專 利範圍所作之均等變化與修飾，皆應仍屬於本新型專利 涵盍之範圍内，謹請f審查委員明鐘，並祈惠准，是所 【圖式簡單說明】 第一圖.係為本創作之剖面結構圖。 第二圖：係為本創作分流閥體之立體外觀圖。 第三圖：係、為本創作擊發BB彈時之剖面結構圖。 第四圖’係為本創作擊發BB彈時氣流之剖面示意圖。 第五圖.係為本創作擊發BB彈時氣流流經分流閥體之剖 面結構圖。 第六圖：係為本創作擊發⑽彈後氣流進人内本體之剖面 結構圖。 11 M431312 第七圖：係為本創作擊發BB彈後氣流進入内本體且後移 搶機並排氣之剖面結構圖。 第八圖：係為本創作擊發BB彈後扳機與搶機完成復歸之 剖面狀態圖。 【主要元件符號說明】 1 ------槍體 12 -----彈匣 13 -----供氣室 14 -----通道 141 ----彈簧 142 ----頂塊 17 -----槍管 18 -----槍機 181----排氣通道 19 -----第一彈簣 2 ------扳機單元 21 -----板機 211 ----轴 212 ----端角 22 -----第一扣卡體 221 ----轴 222 ----勾部 223 ----卡扣部 23 -----第二扣卡體 231----轴 12 M431312 232----扣合部 24 -----第一連動體 25 -----第二連動體 251 ----頸部 252 ----油封 253 ----油封 26 -----管體 264 ----第一氣室V. New description: 【New technology field】 This creation is a kind of electric grabbing and pneumatic grabbing machine structure. More specifically, it relates to a structural technology that can make the pneumatic grabbing machine directly replace the electric grab. This way, the electric grab can also achieve the purpose of providing a pneumatic stealing combination. [Prior Art] Many men's genes are always fighting for a high interest. 'Safe fighting is also a lot of men's aspirations, whether it is playing computer games or watching movies. (4) Some leisure activities are always lacking in immersive feelings. Therefore, in recent years, many people like to shoot toys to take advantage of the real-life battle or shooting pleasure. The traditional toys are not interchangeable. The internal structures such as electric grab and pneumatic grab are not interchangeable. If players want to play electric grabs and pneumatic grabs, they need to separately purchase them. This will increase the cost of purchase; the author believes that if they can provide An internal structure that can be used together for electric grabbing and pneumatic grabbing, thus reducing the cost of acquisition. In view of this, the creator believes that a new structure should be designed. In addition to being able to be used for electric grabbing and pneumatic grabbing, it can automatically provide a mechanism for the BB bomb to be automatically fired after each firing. Bit, Eli's next shot. The creators collected relevant information and accumulated years of experience in the industry. Through continuous trials and revisions, the case was born. [New Content] The main purpose of Sakamoto's creation is to provide an internal structure that can be interchanged with electric grabs and robs. So, even if the player buys an electric grab, the monthly b replaces the structure of the case and changes to a pneumatic grab to minimize the use. The cost of the game meets the needs of different rewards. In addition, in order to improve the shortcomings of the BB bullet of the gun, it is necessary to manually return the trigger to the position. The purpose of this creation is to design a structure that can automatically let the BB shell of the toy grab each time it is fired. The trigger is returned to facilitate the next-time firing. In this way, the multi-purposes of saving effort, easy to use, quick and continuous firing of BB bombs, improving the sense of truth and realism of the battle are the above-mentioned purposes. The specific content of this case is: the electric grab conversion is now robbed The rushing structure is mainly composed of a trigger unit and a firing unit in a gun body. Preferably, the 3 hp body is provided with a bomb at the bottom [£, the bomb g is provided with a gas supply chamber, and the gas supply chamber stores compressed gas or gas; and the magazine includes a passage therein, and the passage includes a passage therein. A spring and a top block are provided to provide a BB bomb accommodation. Preferably, the trigger unit is located at a position near the bottom of the body, and includes a trigger, a first buckle body, a second buckle body, a first linkage body, a second linkage body and a tube. The trigger has a shaft and the trigger can be moved by the shaft, and the trigger top is provided with an end angle; the first buckle body is assembled on the top of the trigger, and the first buckle body is provided with an axis And the shaft can be moved by the shaft, the bottom of the first buckle body includes a hook portion, the hook portion is adjacent to the end angle of the trigger and the two can be matched or disengaged from each other, and the top of the first buckle body is provided with a a buckle portion; the 卡43Ί312 fourth card body is disposed at a front end edge of the first buckle body, and the second buckle body has a fastening portion, and the fastening portion can be coupled to the first buckle body The second buckle body includes a shaft, and the second buckle body can be axially moved by the shaft; the first linkage body is connected to the shaft of the second buckle body, The first linkage body can be displaced due to the flipping of the second buckle body; the front end edge of the first linkage body is coupled with a second interlocking body, the first interlocking system group is disposed in the tube body, and the second linking body structure is provided with an oil seal on both sides of the neck portion, and the neck portion is located at the neck portion The tube body is connected to the air supply chamber of the bomb e; the front end of the tube body is a first air chamber, and the second air chamber is connected to the firing unit. Preferably, the firing unit is located above the trigger unit of the robbing body/the firing unit comprises an outer body, an inner body, a second intermediate spring, a second spring, a blocking body and a third spring; The outer body is fixed in the body, the inner body is disposed inside the outer body, the outer body is provided with an active space, the inner body can be moved relative to the outer body, and the outer body 2: the bottom is connected to the trigger unit The second air chamber, the inner body includes two compartments for receiving the diverter valve body, the space being a leading edge. The slanting surface has a slanting surface, and the two slabs are formed with two slabs, and the two slabs are formed with a sipe, the front edge of the two slabs is provided with a side ring body, and the front edge of the side ring body is provided with a ring body. The ring body is hollow, a perforation is formed beside the ring body, the front edge of the ring body is an air outlet, and the air outlet is connected with the through hole. The front edge of the diverting valve body of the inner body is provided with a second spring, and The second spring front edge is provided with a blocking body; and a third spring is disposed inside the inner body. Preferably, the firing unit is provided with a rushing machine at the rear end of the inner body, and the front end of the rushing machine is provided with a first spring; and the setting position of the rushing machine 6 M431312 is disposed at the top of the second buckle body. Preferably, the aforementioned plunging body moves a pain to the end of the rushing machine; δ, bitterly 7 ’ forms a splicing channel, and the venting channel can communicate with the firing unit. The inside of the door body is preferably connected to the front end of the body other than the above-mentioned firing unit, and is preferably provided with a pipe grab. Preferably, the aforementioned gun machine can move forward and backward on the body. From the above structure, the advantage of this case is that: after the player presses the trigger, the airflow inside the body will enter the body inside the firing unit. P 'the airflow will automatically push the rushing machine to move to the tail end of the grab body, whereby the bottom of the grabbing machine can touch the top of the second buckle body of the trigger unit, and the second buckle body is pressed down to form the The fastening portion of the second buckle body is restored to a buckle relationship with the buckle portion of the first buckle body. [Embodiment] The detailed features and preferred embodiments of the present invention are described in detail below with reference to the drawings φ, which are sufficient for any skilled person to understand the technical contents of the present invention and to implement them according to the present specification. The foregoing objects and advantages are readily understood by those skilled in the art. The following examples are intended to illustrate the purpose and preferred embodiments of the present invention and are not intended to limit the scope of the present invention. First, please refer to the first figure, the first picture and the third figure. The structure of the electric rushing and switching pneumatic robbing machine is mainly provided in a blasting body 1 - a trigger unit 2 and a firing unit 3, wherein : The grab body 1 is provided with a magazine 12 at the bottom, and 7 M431312 is disposed in the magazine 12 to have a gas supply chamber 13 in which compressed gas or gas is stored; and the magazine 12 includes a passage therein. 14. The passage 14 is provided with a spring 141 and a top block 142'. The passage n provides a housing for the (10) spring 9; the trigger unit 2' is located at a position near the inside of the gun body 1; and includes a trigger 21 and a a first buckle body 22, a second buckle body 23, a first linkage body 24, a second linkage body 25 and a tubular body 26; wherein the trigger 21 is provided with a shaft 211, and the trigger 21 can be utilized The shaft 221 is axially moved. The top end of the trigger 21 is provided with an end angle 212. The first buckle body 22 is assembled on the top of the trigger 21. The first buckle body 22 is provided with a shaft 221 and can be pivoted by the shaft 221 Movement, the bottom of the first buckle body 22 includes a hook portion 222 adjacent to the end angle 212 of the trigger and the two can The second buckle body 23 is disposed at a front end edge of the first buckle body 22, and the second buckle body 23 is provided at the top of the first buckle body 22. The fastening portion 232 is configured to be engaged or disengaged from the fastening portion 223 of the first buckle body 22, the second buckle body 23 includes a shaft 231, and the second buckle body 23 The axis movement can be performed by the shaft 231, and the second buckle body 23 has an upward force due to the internal elastic structure; the first linkage body 24 is connected to the second buckle body 23 At the shaft 231, the first linkage body 24 can be displaced by the flipping of the second buckle body 23; the front end edge of the first linkage body 24 is coupled with the second linkage body 25, and the second linkage body 25 is The second interlocking body 25 includes a neck portion 251, and both sides of the neck portion 251 are provided with oil seals 252, 253 'the inside of the tubular body 26 adjacent to the neck portion 251. The first air chamber 264' is located at the tube body 26 of the neck portion 251 and communicates with the air supply chamber 8613112 13 of the magazine 12; and the front end of the tube body 26 is a second air chamber 265. Two gas The top end of the 265 is connected to the firing unit 3; the firing unit 3 is located above the trigger unit 2 in the grab body 1; the firing unit 3 includes an outer body 31, an inner body 32, a diverter valve body 33, and a second spring 34. The first body 35 and the third spring 36 are disposed in the body 1 , and the inner body 32 is disposed inside the outer body 31 . The outer body 31 is provided with an active space 311 . 32 is movable relative to the outer body 31, the bottom end of the outer body 31 is connected to the second air chamber 265 of the trigger unit 2, and the inner body 32 includes a space 321 'the space 321 is for receiving the flow regulating valve body 33 The space 321 - the front edge is provided with a slope 322; the diverter valve body 33 includes two plates 331 '. The two plates 331 are formed with a slot 332, and the front edge of the two plates 331 is provided with a side ring body 333, the front edge of the side ring body 333 is provided with a ring body 334'. The ring body 334 is hollow. A ring hole 335 is defined in the side of the ring body 334. The front edge of the ring body 334 is an air outlet 336, and the air outlet 336 is The through hole 335 is connected; the front edge of the diverter valve body 33 of the inner body 32 is provided with a second spring 34. The front end of the inner spring 32 is provided with a third spring 36; the firing unit 3 is disposed at the rear end of the inner body 32, and a rushing machine 18 is disposed. A first spring 19 is disposed at the rear end; and the setting position of the bolt 18 is located just at the top of the second buckle body 23. The aforementioned body 1 is formed with an exhaust passage 181 (as shown in the seventh figure) when the gun 18 is moved toward the end. The exhaust passage i8l can communicate with the inside of the inner body 32 of the firing unit 3. A barrel 17 is connected to the front end of the body 31 of the firing unit 3. 9 M431312 With the above structure, in the implementation of the present case, as shown in the third, fourth and fifth figures, when the player presses the trigger 21, the trigger 21 is rotated by the shaft 211, and the end angle 212 will be disengaged from the hook 222. In the card relationship, the first buckle body 22 is turned over, and the buckle portion 223 is moved downward to form a reverse movement of the second buckle body 23, which will cause the first linkage body and the second linkage body to move toward each other. At this time, the oil seal 253 is removed from the tubular body 26, and the gas can be supplied from the gas supply 13 to the official body 26, the first gas chamber 264, and then into the second gas chamber 265, and then the air enters the firing unit 3, and the perforation 335 of the diverter valve body 33 When the air outlet port 336 is ejected, a single BB projectile 9 can be fired; at the same time, the pipe grabbing pipe 17 generates a suction force with respect to the diverter valve body 33 when the projectile is ejected, so that the diverter valve body 33 is adsorbed and blocked on the inclined surface. At 322, the air in the air supply chamber 13 will be changed to enter the inside of the inner body 32 at the rear end of the diverter valve body 33 (as shown in the sixth figure). 'Because the inner body 32 is closed inside, the gun 18 can be relatively opposed to the body. The crucible moves back and forth, so the air entering the interior of the inner body 32 will push the gun 18 For grab body! Moving backwards, the bottom of the rushing machine 18 can touch the trigger unit 2 ... so that the second buckle body 23 is pushed down, and the fastening portion 232 of the buckle body 23 can be coupled with the first buckle (4) - Reverting to the snap relationship (as shown in the seventh figure), so that the re-orientation of the trigger 21 is completed. As for the air located inside the inner body 32, the exhaust passage 181 can be connected after the rushing machine 18 is moved backward. Therefore, the air passage 181 is automatically eliminated; and the internal body 32 completes the use of the force of the first elastic phthalocyanine 19, so that the rushing machine 18 can be automatically returned again; and the diverter valve body 33 is also automatically activated by the second spring 34. reset. In the practice, the electric rush to convert the pneumatic grab to the B (four) after the use of the air guide bow, automatically make the board machine 10, the ability to quickly and continuously fire (10) bombs, improve the real sense of realism and realism And the rushing machine can be replaced by electric grab and pneumatic grab, the multiple advantages of this case, its technical content fully meets the requirements of the new patent. The case was indeed used in the industry and was not seen in the publication or publicly used before the application, and is not a technology known to the public. Furthermore, this case effectively solves the long-standing problems in the prior art and achieves the long-term needs of the relevant users and consumers. It is proved that the new model cannot be easily completed. This - "rich industrial use", "new reliance" and "incoming _ m and other requirements" stipulated by the Patent Law, please apply for patents in accordance with the law, and ask the SIPO to conduct a detailed investigation and to approve the patent as soon as possible to protect The intellectual property rights of the applicants, encourage innovation, and the above-mentioned ones are only examples of the present invention, and the scope of the implementation of the new model cannot be limited. And the modification should still fall within the scope of this new patent. I would like to ask the review committee member Ming Zhong, and pray for the right, is the simple description of the figure. The first picture is the cross-sectional structure of the creation. The second picture is the three-dimensional appearance of the creation of the diversion valve body. The third picture: the section structure diagram of the BB bomb for the creation of the creation. The fourth picture is the schematic diagram of the airflow when the BB bomb is fired by the creation. The fifth figure is the cross-sectional structure diagram of the airflow flowing through the diverter valve body when the BB bomb is fired. The sixth figure is the cross-sectional structure diagram of the inner body of the airflow after the projectile is fired (10). 11 M431312 Figure: This is a creative attack After the BB bomb, the airflow enters the inner body and moves back to grab the machine and exhausts the cross-sectional structure diagram. Figure 8: This is the cross-sectional state diagram of the trigger and the rushing machine after the BB bomb is fired. [Main component symbol description] 1 ------gun body 12 ----- magazine 13 ----- air supply room 14 -----channel 141 ---- spring 142 ---- top block 17 ---- -The barrel 18 -----The gun 181----Exhaust passage 19 -----The first magazine 2 ------The trigger unit 21 -----Board 211 --- -Axis 212 ----End angle 22 -----First buckle body 221 ----Axis 222 ----Hook part 223 ----Snap part 23 -----Second buckle Card body 231----shaft 12 M431312 232----fastening portion 24 -----first linkage body 25 ----- second linkage body 251 ---- neck 252 ---- Oil seal 253 ---- oil seal 26 -----pipe body 264 ---- first air chamber
265 ----第二氣室 3------擊發單元 31 -----外本體 311----活動空間 32 -----内本體 321 ----空間 322 ----斜面 33 -----分流閥體265 ----Second air chamber 3------fire unit 31 -----outer body 311----activity space 32 ----- inner body 321 ---- space 322 -- --Slope 33 -----Diverter body
331 ----板片 332 ----剖槽 333 ----侧環體 334 ----環體 335 ----穿孔 336 ----出氣口 34 -----第二彈簧 35 -----擋體 36 -----第三彈簧 BB彈 13 9331 ---- plate 332 ---- slot 333 ---- side ring 334 ---- ring 335 ---- perforation 336 ---- air outlet 34 ----- second Spring 35 -----Block 36 -----The third spring BB 13 9