九、發明說明： 【發明所屬之技術領域】 尤指兼 本料涉及-魏動、手動之魏力式玩具搶結構 J手動或_#柯方式轉之控制結構。 【先前技術】 前一般可發射賴pp)材質子彈之玩具槍產品中， :吊、有手動式、氣動式與鶴式㈣構，其中氣動式係以一 外加之氣瓶供應該玩具搶高㈣氣，該高_氣產生之麗力 =動塑膠（p p)子彈向外發射；而該手動式則係以受_之彈 =伸張時產生之彈力，藉以推動—活塞產生高驗氣而推動塑踢 PP)子彈向外發射，二者由於動力來源不同，因此結構上 有明顯之差異。 而在手動式玩具搶之結射，較_者，有以手拉方式帶動 活塞壓縮該彈簧，此繼碰具單發娜之魏，缺乏使用上的 樂趣；另，以魏馬達經由傳動機構㈣活塞壓縮該彈簧者，其 可經=切換㈣時兼具單發及連續射擊魏，較具使用樂趣，但 就目i之產如而s ’無論是手動、氣動或電動馬達帶動，其驅動 方式白僅U單-職存在於各玩具搶產品巾，尚未見有兼具以 手動及氣動驅動之結構，因此’―旦氣義盡，麟氣動驅動之 玩具槍即無法動作’形献壯之缺失，缺乏產品之競爭力。 有鑑於習見的玩具搶尚無法同_具手動、氣動之雙動力控 制的缺點， 的產生。 發明人乃針對該些缺點研究改進之道， 終於有本發明 【.發明内容】 本發明的主要目的，在於提供 具槍結構，翻時兼1有料絲手動之雙動力式玩 或_㈣料同鶴方式，有 效增進使用上之變化，增加趣味性。 有 為_目的，本發明包括：本體、搶管、能源部、 制和弟二控制部等結構；其中該能源部包括： …工 位彈簧；該第一控制部包括：一連桿、一板機、一躲乳'、一復 卡榫一捲讀組成；該第二控制部包括：一氣缸體、一活夷體 一套筒、—彳_簧所域；當喊體购時，齡部扣_ 控制部的板機而拉動樞置的連桿，連桿下方Hi 部恰可帶動擊_鉤部，使擊趟產生一旋轉動: 卡。 =:儲氣槽内的氣體經由第二控制部的套筒:入：而= 塑膠子彈，若氣體耗盡時，直接以 x 把手，活紐倾位_其下方—凸緣恰竹於 二當=扣動《時’與板機連動的連桿末端所設之第二凸梢 扣袋並使刖述活塞卡榫產生轉動位移，致使活 、 =2⑽，綱細咖讀轉料力作用= 斷空氣綱· 達成手動、氣動皆可擊發的玩具 1323334 搶結構。 至於本刺之翻構造、顧财、相與魏 列依附圖所作之說明即可得到完全的瞭解： …下 【實施方式】 第1圖係本發明之立體結構組合局部剖 ^之結構域細、心_2_ == 立體分職大圖'第3圖為本發明氣動控制結構之組合二半兀 圖T復明顯地看出，本發明包括姻、搶 雜1 d嫌P 4卿5等結構；其中本 體1叹有握把部u及長槽12，且本體i及搶 於此不另詳述；所述能糾q仏. 自為s U冓’ 4〜此料3包括.-儲氣槽3卜 所組成；所述第-控制部4包 32 Η匕括· 一連桿41、一板機42、一擊鎚 活基卡榫44、-捲# 45、46所組成；所述第二控制部$包 括.一氣缸體51、一活塞I# . ^ 成。 、一套同53、一復位彈簧54所組 ^其中，能源部3之儲氣槽31係一氣體儲存之容器，其内可充 =性高的織H增恤，314，且儲氣槽 川乳嘴3U間氣道上之氣閥座312内設一可控制氣體流量的氣 =’謂氣槽31，—儲置塑膠子彈6的空間，且一復位 尹、上^套設一，頂推塑膠子彈的頂推部321 ; 第-控制部4之連桿41係一長形板件，其一端設一凸梢 1323334 411，往另一端依序設置有一凸部412、上侧緣適當處設貫設有一 槽孔4131的耳部413 ^合部414延設於連桿41下侧緣適當 處，其旁側另設一貫穿的長槽孔417，近另端末凹設一縷空部418 後再延設出第一凸梢415及第二凸梢416 板機42二側各對應 • 凸設有可套設、及/或卡抵彈簣423、424的軸部421a、421b，其 上端設一凹孔422，該凹孔422係對應前述連桿41的凸梢411套 設-彈簧424 ’且前述連桿41的凸梢411恰凸出該凹孔似供彈 •簧423之卡抵；—擊鎚43對應前述儲氣槽31的氣閥311 一側延 設-撞針431 ’該擊越43二侧各延伸有軸部432及軸梢434，與 前述軸部4犯同側上方另延設-凸部433’而另一侧下方適當處另 設-釣部435 ’ -彈簧45恰樞置在前述軸部432 ; 一活塞卡棒44 係-板狀曲形元件，其二側各延設有一軸部441及一梢轴權，該 曲形元件-適當側設-凸部442，且該曲形元件末端形成一角部 444 ’ 一彈黃46插設在前述轴部441 ; # 帛二控制部5之氣缸體51係一管狀元件，管中央形成一氣缸 槽51卜其一端延設一縮小端51〇，且縮小端51〇下方適當處設一 ,第二進氣口 513 (詳參第3圖所示），氣紅體51上側適當處套設一 緩衝彈簧512卜對應管狀氣红體51之氣紅槽511設置之活塞體 52，其一端管壁外側上方設一把手521，對應該把手521之管㈣ 側設-凸緣522 (詳參第3、6圖所示），其管體中央形成一^孔 523 ’且-復位彈簧54恰套設於該槽孔523内；一外徑略小於曰前 8 述氣缸體51縮小端51〇内彳 ^ y 砮冋53’為一相對設置較小管徑之 b狀體其—側設一凸部531 &體下方適虽處貫設一進氣孔530 C评參第3圖所示），其中本形士广上 、^成一軋道532，且該套筒53係套設 於刖述縮小端510内。 當組合時，請同參第工、2、 鱼槍主太…… 」2A、3圖所示，將搶管2使 、 K ’令復位彈簧32由能源部3的娜子彈出口 加穿置細，-咖脚概_3⑽綱能= 舰本體1的握把部11 m制部4，先將連桿41前 ^之凸梢411套設一彈簧424後再穿置於板機42的凹孔犯2，且 使該彈簧424 -端卡抵在板機42對應側之軸部·，該彈箸似 之另端子則卡抵於前述連# 41的凸部412，祕機42另側的轴部 421a另套設-彈簧423，該彈簧423 —自由端係抵止於槍支本體 1内壁面，另一自由端則抵止在板機42的凹孔422所凸伸出的凸 梢411;所述連桿41中段上側緣一耳部413貫設長形之槽孔4131， 恰與第二控制部5 一套筒53的凸部531對應套設，所述連桿41 後端下側緣設一卡合部414及其旁侧之長槽孔417，其中長槽孔 417係與擊鍵43 —側的梢軸434對應樞置，且擊鎚43另側的另一 轴部432套設一彈簧45，該彈簧45下方自由端係抵止於搶支本體 1之内侧壁（詳參第3圖），彈簧45另一自由端則抵止於擊鎚43 的凸部433 ’而擊鎚43前侧的撞針431係與前述能源部3的氣閥 311接觸對應設置，且擊鎚43的下侧緣延伸之一鉤部435係與前 ，連桿41的卡合部414對應卡扣作動，連桿41後端凹設之縷介 =18 ’恰可令活塞卡榫44 -侧設具之梢轴443穿過並樞置於本 體1内壁面職之孔(圖中不另示出），而活塞卡榫44另側一轴部 1 套設—彈簧46 ’該彈簧46之自由端係抵止於本則内部延設 之—凸部11卜另—自由端則抵設在活塞卡榫41同側的一凸部 442 ’使活塞卡榫44與連桿41產生連動關係； 所述第二控制部5中空的氣缸體51後端貫設之氣缸槽如恰 :各設-活塞體52 ’而氣域51前端一縮小端51〇的内管部(圖 不另不出）恰可容置-套筒53，並令前述活塞體52及套筒Μ 別於氣缸體51之氣缸槽511及内管部活動，且該縮小端51〇下 叹—第二進氣口 513對應套筒53之進氣孔53〇，—復位彈簧％ 由、絲體52 -卩綱設具的槽孔卿置設於内，且活塞體犯開 =下方延設之一凸緣522恰與]t述活塞卡捧私的角部碰相應 叹置’形成-可氣動、手動之雙動力式玩具槍結構。 使用時’請參第i、3、4、5及5 A_*，縣發明立 構組合部份剖示圖及以氣動方式驅動之平面動作示意圖，當 1用者未扣動板機42前，此時所述連桿41後端下側緣的卡合部 係與擊鍵43 -侧下方適當處所設的釣部435呈扣合狀態（請 ，弟3圖本發曰月氣動方式驅動之平面動作示意圖㈠所示），且能 樞置的氣訓恰好封閉氣嘴314之通道；當使用者手指 扣動板機42時，因為板機42的凹孔极係與彈簧424及連桿41 :=4Π卡抵樞置，此時綱會受板機心驅動而向槍口 所示二第4圖本發明氣動方式驅動之平面動作示意圖(二) « 53 η杯41耳部413之槽孔“Μ恰可帶動第二控制部5的套 同53侧面的凸部531，使套筒53 位移後，_53的管趙下方貫設之魏前 縮小端510所對應設置的第二進氣口 513導南匕與*1缸體51 側緣的卡合部抱帶動擊鍵43作一旋轉作^，’且^桿41後釘 另擊鍵43的扣針Nine, invention description: [Technical field to which the invention belongs] Especially refers to the material involved in the -Wei, manual Wei Li style toy grab structure J manual or _# Ke mode transfer control structure. [Prior Art] In the toy gun products that can generally be used to launch the pp) material bullets: hang, manual, pneumatic and crane (four) structure, in which the pneumatic system supplies the toy with an additional gas cylinder (4) Gas, the high _ gas generated Lili = dynamic plastic (pp) bullets are emitted outwards; and the manual type is driven by the elastic force generated by the _ bomb = stretching, thereby promoting - the piston produces high gas and promotes plastic Kicking PP) bullets are emitted outwards, and the two are different in power source, so there are obvious differences in structure. In the manual type of toy grabbing, compared with the _, there is a hand-cranked piston to compress the spring, this follow-up with a single hair Na Wei, lack of fun in use; another, Wei Wei via the transmission mechanism (four) The piston compresses the spring, which can be single-shot and continuous-fired when switching (four), which is more fun to use, but it is produced by the manual, pneumatic or electric motor. White only U single-employed in each toy grabs the product towel, has not seen the structure with both manual and pneumatic drive, so '------------------------------------------------------------------------------------------------------- Lack of competitiveness of products. In view of the fact that the toy grabs can not be combined with the shortcomings of manual and pneumatic dual-power control. The inventors have researched and improved the shortcomings of these shortcomings, and finally have the present invention. [Inventive content] The main object of the present invention is to provide a dual-powered play with a gun structure, a turn-over and a manual wire or a _ (four) material The crane method effectively enhances the change in use and increases the interest. For the purpose of the present invention, the present invention includes: a body, a pipe, a power department, a system, and a second control unit; wherein the energy department includes: a station spring; the first control unit includes: a link, a board The machine, a escaping milk, and a complex card 榫 a volume of reading composition; the second control part comprises: a cylinder block, a living body and a sleeve, - 彳 _ spring domain; when shouting body purchase, the age department The lever of the control unit pulls the pivoted connecting rod, and the Hi part below the connecting rod can bring the hitting-hook part, so that the hitting produces a rotating motion: the card. =: The gas in the gas storage tank passes through the sleeve of the second control part: into: and = plastic bullet, if the gas is exhausted, directly with x handle, the position of the new position _ below - the flange is just two = Trigger the "second time" buckle bag set at the end of the link with the trigger and cause the rotation of the piston pin to produce a rotational displacement, resulting in a live, =2 (10), the finer reading of the transfer force = break Air Gang· Achieve a 1332334 toy that can be fired manually or pneumatically. As for the description of the structure of the thorns, the Gu Cai, the phase and the Wei Leiyi drawings, a complete understanding can be obtained: [Embodiment] FIG. 1 is a partial structure of the three-dimensional structure combination of the present invention. Heart_2_ == Three-dimensional divisional large map 'The third figure is a combination of the two-half diagram of the pneumatic control structure of the present invention. It is obvious that the present invention includes the structure of marriage, robbing, and the like. The body 1 sighs the grip portion u and the long groove 12, and the body i and the robbing unit are not described in detail; the can correct q仏. Since s U冓' 4 ~ this material 3 includes. - Gas storage tank The first control unit 4 includes a plurality of links 41, a trigger 42, a hammer base card 44, a volume #45, 46; the second The control unit $ includes a cylinder block 51 and a piston I#. A set of the same 53 and a reset spring 54. The gas storage tank 31 of the energy department 3 is a gas storage container, which can be filled with high-quality woven H, 314, and the gas storage tank The gas valve seat 312 on the air passage of the nipple 3U is provided with a gas that can control the flow of the gas = 'the gas tank 31, the space for storing the plastic bullets 6, and one reset Yin, the upper set, one push plastic The pushing portion 321 of the bullet; the connecting rod 41 of the first control portion 4 is an elongated plate member having a convex portion 1323334411 at one end and a convex portion 412 disposed at the other end, and the upper side edge is disposed at appropriate The ear portion 413 of the slot 4131 is extended to the lower edge of the connecting rod 41, and a long slotted hole 417 is formed in the side of the connecting hole 41, and a hollow portion 418 is recessed near the other end to be extended. The first protrusion 415 and the second protrusion 416 are respectively disposed on the two sides of the trigger 42. The shaft portions 421a and 421b which can be sleeved and/or latched to the magazines 423 and 424 are provided, and a concave portion is disposed at an upper end thereof. a hole 422, which is corresponding to the protrusion 411 of the connecting rod 41, and a spring 424' is disposed, and the protruding end 411 of the connecting rod 41 protrudes from the concave hole like a latch of the spring/spring 423; Hammer 43 A shaft portion 432 and a shaft end 434 extend from the side of the gas valve 311 of the gas storage tank 31. The shaft portion 432 and the shaft end 434 extend from the same side of the shaft portion 4, and the upper portion of the shaft portion 4 is extended with the convex portion. 433' and another portion below the other side is provided separately - the fishing portion 435 ' - the spring 45 is just pivoted on the aforementioned shaft portion 432; a piston rod 44 is a plate-shaped curved member, and a shaft portion is extended on each of the two sides 441 and a tip axis, the curved element - suitably side - convex portion 442, and the end of the curved element forms a corner portion 444 'an elastic yellow 46 is inserted in the shaft portion 441; # 帛2 control portion 5 The cylinder block 51 is a tubular member, a cylinder groove 51 is formed in the center of the tube, and a narrow end 51〇 is extended at one end thereof, and a second inlet port 513 is disposed below the reduced end 51〇 (see FIG. 3 for details). Shown), a buffer spring 512 is disposed on the upper side of the gas red body 51, and a piston body 52 corresponding to the gas red groove 511 of the tubular gas red body 51 is disposed. A handle 521 is disposed on the outer side of one end of the pipe wall, and the tube corresponding to the handle 521 is disposed. (4) Side-flange 522 (see FIGS. 3 and 6 for details), a hole 523 ' is formed in the center of the pipe body, and a return spring 54 is sleeved in the slot 523. The outer diameter of the cylinder block 51 is slightly smaller than the front of the cylinder. The cylinder end 51 is narrowed at the end 51〇. y 砮冋 53' is a b-shaped body with a relatively small diameter. The side is provided with a convex portion 531 & Although an air inlet hole 530 C is arranged to be shown in FIG. 3, wherein the shape is widened, the winding path 532 is formed, and the sleeve 53 is sleeved in the reduced end 510. When combining, please join the work, 2, the fish gun master too..." 2A, 3, as shown in Figure 2, will grab the tube 2, K 'replace the return spring 32 from the energy bullet 3's Na bullet exit plus thin , - ー foot _3 (10) can be = the grip portion 11 of the ship body 1 m 4, the front end of the connecting rod 41 411 is sleeved with a spring 424 and then placed in the recess of the trigger 42 2, and the spring 424-end is locked against the shaft portion of the corresponding side of the trigger 42, and the other end of the magazine is stuck to the convex portion 412 of the joint #41, and the shaft of the other side of the secret machine 42 The portion 421a is further sleeved with a spring 423, the free end of the spring 423 is abutted against the inner wall surface of the gun body 1, and the other free end is abutted against the convex portion 411 protruding from the recess 422 of the trigger 42; The upper edge of the middle portion of the connecting rod 41 is provided with an elongated slot 4131 extending in a manner corresponding to the convex portion 531 of the sleeve 53 of the second control portion 5, and the lower edge of the rear end of the connecting rod 41 is disposed. An engaging portion 414 and a long slot 417 on the side thereof, wherein the long slot 417 is pivoted correspondingly to the tip shaft 434 on the side of the keystroke 43 and the other shaft portion 432 on the other side of the hammer 43 is sleeved Spring 45, the free end of the spring 45 is resisted The inner side wall of the support body 1 (see FIG. 3 for details), the other free end of the spring 45 abuts against the convex portion 433 ' of the hammer 43 and the striker 431 on the front side of the hammer 43 is connected to the air valve of the energy source 3 311 is in contact with the corresponding setting, and one of the hooks 435 of the lower edge of the hammer 43 is connected with the front portion, and the engaging portion 414 of the connecting rod 41 is correspondingly engaged with the buckle, and the rear end of the connecting rod 41 is recessed. The piston pin 44 - the tip shaft 443 of the side device can be passed through and pivoted to the hole of the inner wall of the body 1 (not shown), and the piston pin 44 is disposed on the other side of the shaft portion 1 - The spring 46' has a free end that resists the internal extension - the convex portion 11 and the other end - the free end abuts against a convex portion 442 ' on the same side of the piston cassette 41 to cause the piston cassette 44 to connect The rod 41 is in a linked relationship; the cylinder groove of the hollow end of the hollow cylinder block 51 of the second control portion 5 is exactly the inner tube portion of the narrow end 51 of the front end of the gas field 51 The sleeve 53 can be accommodated, and the piston body 52 and the sleeve are separated from the cylinder groove 511 and the inner tube portion of the cylinder block 51, and the reduced end 51 is sighed - the first binary The air port 513 corresponds to the air inlet hole 53 of the sleeve 53, the return spring % is provided, the slot body of the wire body 52-卩 is installed, and the piston body is broken open = one flange 522 is extended downward Just the same as the t-sports of the piston card, the sigh is set to form a pneumatic-manual, manual dual-powered toy gun structure. When using 'Please refer to the i, 3, 4, 5 and 5 A_*, part of the section of the invention invented and a schematic diagram of the plane action driven by pneumatic means, when the user does not pull the trigger 42 At this time, the engaging portion of the lower end edge of the rear end of the connecting rod 41 is in a snap-fit state with the fishing portion 435 provided at the lower side of the keystroke 43 - (Please, the plane of the pneumatic driving mode is The action diagram (1) is shown, and the pivotable air training just closes the passage of the air nozzle 314; when the user finger pulls the trigger 42 because of the recessed pole of the trigger 42 and the spring 424 and the connecting rod 41: = 4 Π card to the pivot, at this time the outline is driven by the plate machine and shown to the muzzle. Figure 4 is a schematic diagram of the plane action of the pneumatic drive according to the invention (2) « 53 η cup 41 ear 413 slot" The 控制 可 可 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二The engaging portion of the south side and the side edge of the *1 cylinder 51 holds the push button 43 for a rotation, and the pin 41 is followed by the pin of the other button 43.
_與_ 311的接觸’ 旋轉至臨界點時，所述W ::413的槽孔4131為一長形槽’使連桿4i受擊㈣的鉤 2向爾㈣目糖—τ_，峰㈣因為彈菁 擊广彈力作，迫使擊鍵43反向旋轉’而令撞針431瞬間敲 釋放\使儲虱槽31内之高麗氣體經由氣嘴314的通道瞬間 ^一财量（請陶5_贱動方_之平面動作示 思圖（二）所示 細與氣嘴 道進軋狀恶的放大視圖，當高壓氣體由氣嘴 進入融Γ體51的第二進氣口 513及套筒53的進氣孔5洲時， *二土體52又復位彈簧54的推抵，致而可封閉氣缸體w縮小 ^ ”套筒53官的氣體由氣蝴51後端脑出’而將高屡氣 體完^4向搶管2的出口端，此時位於套筒㈣ 口端的一塑膠子 彈6受高觀體瞬間衝擊而由搶管2出口端射出，且當板機 彈簧423、連桿41灸 又禪黃424作動而瞬間回復初狀態時，彈簧45 ^驅使擊㈣在_目__辦㈣，使 =::::達成-利編氣體氣動购射轉子 當高壓氣體耗盡時，請同參第6圖本發明手動控制實施例之 結構平㈣袖侧㈠、第？圖本發财動㈣i纽例之結構 千面剖不動作圖㈡、及第8圖本發明手動控制實施例之結構平 面剖不動作圖（三)所示，使用者可以改變擊射子彈6的方式為八 使用者以手部將活塞體52的把手521依箭頭所示延長槽以制 參第2、6圖所示）向槍支内部—氣缸體51的後端拉伸，致使對 應該把手521管壁另侧設具的凸緣卿如第6圖般延伸至後端， 並與所述活塞卡榫44的角部444呈卡抵狀態，此時設於槽孔诩 内的復位彈簧54呈被壓縮狀，將娜子彈6導人前述套筒^前 端，當使用者手部扣壓板機42時（請另參第7圖之箭頭所示）， 板機42藉凸梢411將連桿41向搶管2前端拉動，其時，連桿幻 後端之第二凸梢416向前位移時恰好推抵於活塞卡榫44的彎曲 處’並將活塞卡榫44作-如箭頭所示般的旋轉作動，致使活塞卡 榫44的角部444瞬間脫離與凸緣522的卡抵，此時復位彈菁％ 瞬間恢復的彈力將活塞體52向搶管2前端推移，利用活塞體犯 在氣缸槽511内瞬間產生的壓縮氣體將塑轉6由搶管2前端擊 射出（再參第8圖所示）’完成-手動擊射的動作後所有結構回復 至初始狀態。 12 1 由上述得知，本發明此—氣動、手動之雙動力式玩具搶結構， /、錯助氣___發歸子彈，或纽聽盡時直接以手動 方式’齡絲52受鮮触_ 54之彈力制祕 娜1内之空氣達成手動控制射擊，其控制結構具有可切換玩= 連續轉之功效，確⑽具絲上之利用性^ 惟以上所述者，僅為本發明之—較佳實施例而已，並 限定本發0峨糊。⑽轉__酬 變化絲飾’皆為本發明專利細職蓋。 = 【圖式簡單說明】 第1圖係本發明構造組合立體半剖圖。 第2圖係本發明構造立體分解圖。 第2A圖係第2圖第二控制部之部份元件之立體放大圖。 籲第3圖係本發明氣動控制結構之組合半剖示意圖㈠。 第4圖係本發明氣動控制結構之組合半剖示意圖（二）。 第5聽本發3錢動控制結構之組合半麻意圖（三）。 第5A圖係本發明氣閥結構之放大示意圖。 第6圖係本發明手動控制結構之組合半剖示意圖㈠。 第7圖係本發明手動控制結構之組合半剖示意圖（二）。 第8圖係本發明手動控制結構之組合半剖示意圖（三）。 【主要元件符號說明】 13 1323334 1............本體 12.........長槽 3............能源部 311……氣閥 - 313……子彈出口 32.........復位彈簧 4............第一控制部 • 42.........板機 44.........活塞卡榫 411……凸梢 4131…槽孔 414……卡合部 416……第二凸梢 418……縷空部 • 422......凹孔 423、424……彈簧 . 432、441.........軸部 . 435……鉤部 444……角部 51.........氣缸體 511……氣缸槽 ll·... .....握把部 2.…. ……槍管 …··儲氣槽 312- …·氣閥座 314" …·氣嘴 321.· …·頂推。P 4l···· …··連桿 43…. …··擊鎚 45、46.........捲簧 111 ' 412……凸部 413" ……耳部 415" ……第一凸梢 417" 421a 、421b.........軸部 433、 442、531……凸名 431" ……撞針 434" .......軸梢 443" .......梢軸 5…·. ……第二控制部 510“ .......縮小端 512.· 14 1323334 513… …第二進氣口 52.…" …·活塞體 521… …把手 522.·.. 523… …槽孔 53…… …套筒 530… …進氣孔 532.… …氣道 54..... •…·復位彈簧 6....... …塑膠子彈_ contact with _ 311 'when rotated to the critical point, the slot 4131 of the W::413 is an elongated slot' so that the link 4i is hit (four) by the hook 2 (4) eye sugar - τ_, peak (four) because The elastic smash hits the wide elastic force, forcing the keystroke 43 to rotate in the reverse direction, and the striker 431 is knocked out instantaneously, so that the Korean gas in the sump 31 passes through the passage of the gas nozzle 314, and the amount of money is instantaneous. The plane action diagram (2) of the square_ is shown in an enlarged view of the fine nozzle and the rolling nozzle, when the high pressure gas enters the second inlet 513 of the fused body 51 and the sleeve 53 from the nozzle. When the air hole is 5 continents, * the two soil bodies 52 are again pressed against the spring 54, so that the cylinder block can be closed to reduce the "the gas of the sleeve 53 is discharged from the rear end of the gas butterfly 51" and the gas is exhausted. ^4 to the exit end of the pipe 2, at this time a plastic bullet 6 at the end of the sleeve (four) is impacted by the high-view body and is ejected from the exit end of the pipe 2, and when the trigger spring 423, the link 41 moxibustion and Zen When the yellow 424 is actuated and instantly returns to the initial state, the spring 45 ^ drives the hit (four) in the _ eye __ office (four), so that =:::: reach - profitable gas pneumatic purchase of the rotor when the high pressure gas is exhausted, please Figure 6 is a structural diagram of the manual control embodiment of the present invention. (4) Sleeve side (1), Fig. As shown in Fig. 3 and Fig. 3, the user can change the way of firing the bullet 6 so that the eight users can extend the handle of the piston body 52 by the hand as shown by the arrow to make the reference as shown in Figs. 2 and 6. Extending to the rear end of the gun body - the rear end of the cylinder block 51, so that the flange corresponding to the other side of the wall of the handle 521 extends as shown in Fig. 6 to the rear end, and to the corner of the piston cassette 44 444 is in a card-receiving state. At this time, the return spring 54 provided in the slot hole is compressed, and the nano bullet 6 is guided to the front end of the sleeve, when the user hands the plate press 42 (please refer to the other 7 is shown by the arrow), the trigger 42 pulls the connecting rod 41 toward the front end of the grabbing tube 2 by the protruding end 411. At this time, the second protruding end 416 of the magical rear end of the connecting rod is pushed forward to the piston card. The bend of the 榫44' and the piston 榫44 is made to rotate as shown by the arrow, causing the corner 444 of the piston cassette 44 to momentarily take off The card is abutted against the flange 522. At this time, the elastic force of the instantaneous recovery of the elastic body is shifted to the front end of the pipe 2, and the compressed gas generated in the cylinder groove 511 by the piston body is used to drive the pipe 6 2 The front end is shot out (see Figure 8 again). After the completion-manual shot action, all the structures return to the initial state. 12 1 From the above, the present invention is a pneumatic and manual dual-power toy grab structure. , /, wrong aid gas ___ hairpin bullets, or when the New Zealand listens directly to the manual method 'Age silk 52 by the fresh touch _ 54 elastic force secret system 1 inside the air to achieve manual control shooting, its control structure has Switching to play = continuous transfer effect, and (10) useability on the wire ^ However, the above is only the preferred embodiment of the present invention, and defines the present invention. (10) Transfer __ rewards change silk ornaments ‘ are all patents for the invention. = [Simplified illustration of the drawings] Fig. 1 is a perspective view of a three-dimensional half-section of the construction of the present invention. Fig. 2 is an exploded perspective view showing the structure of the present invention. Fig. 2A is a perspective enlarged view of a part of the second control unit of Fig. 2; 3 is a combined half-sectional schematic view (1) of the pneumatic control structure of the present invention. Figure 4 is a schematic cross-sectional view (2) of the combination of the pneumatic control structure of the present invention. The fifth is to listen to the combination of the 3 money movement control structure and half anesthesia (3). Fig. 5A is an enlarged schematic view showing the structure of the gas valve of the present invention. Figure 6 is a half cross-sectional view (1) of the combination of the manual control structure of the present invention. Figure 7 is a schematic cross-sectional view (ii) of the combination of the manual control structure of the present invention. Figure 8 is a schematic cross-sectional view (3) of the combination of the manual control structure of the present invention. [Description of main component symbols] 13 1323334 1............body 12.........long slot 3............Energy Department 311 ...valve valve - 313... bullet exit 32.........return spring 4............first control unit • 42......... The trigger 44...the piston cartridge 411...the projection 4131...the slot 414...the engagement portion 416...the second projection 418...the hollow portion• 422..... .Recessed holes 423, 424 ... springs. 432, 441 .... shaft parts. 435 ... hooks 444 ... corners 51 ... ... cylinder block 511 ... Cylinder groove ll·..... grip portion 2......... barrel [...] gas storage tank 312- ... gas valve seat 314 " ... gas nozzle 321. ... ... top push. P 4l·································································· First bumps 417 " 421a, 421b ... ... shaft portions 433, 442, 531 ... convex name 431 " ... striker 434 " ....... shaft tip 443 " ... ....Tail shaft 5...·....Second control unit 510"....reduced end 512.· 14 1323334 513......second air inlet 52...." .... piston body 521 ...handle 522.·.. 523... slot 31... sleeve 530... intake 532.... air passage 54..... •...·return spring 6....... Plastic bullet