M343154 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種玩具搶之搶機移動機構，尤其係指 一種能使得玩具槍在進行擊發時，搶機能進行前後移動以 擬真於真搶擊發時之作動方式，藉此滿足軍品愛好者之滿 足感。 【先前技術】 搶枝是19世紀末火藥及機械工藝結合所產生之具攻擊 性武益，隨著工業技術的發展，搶枝亦逐漸的進行改進， 其主要係用於軍事用途，因此在許多國家係受到法令管制 的一種器具。 然而，在法令管制的國家，軍品愛好者為了滿足其收 藏、擁有搶枝之夢想，僅可以購買玩具搶枝來一解其慾望， 因此各式各樣的玩具搶便應運而生。 現有玩具槍之作動方式共有兩種，一種係藉由高壓氣 瓶提供氣體以供彈丸發射；另一種則係藉由強力彈簧來促 使彈丸發射。 以強力彈簧促使彈丸發射之玩具搶如（日本Arms MAGAZINE12期，第33頁’細7年I2月1日發行）所示，其 於中空搶身㈣言曼置有肖電動馬達連結之齒輪組件及與該 齒輪組件响合之活塞組件，該活塞組件係包括有固定於槍 身内部之活塞㈣及活塞桿，該活塞桿上設有可與齒輪組 件喻合之齒槽，活塞桿端部則設置一強力彈簧，當齒輪組 件經馬達帶動旋料，活塞桿會前後移動壓縮活塞套筒中 M343154 之空氣以將彈丸進行發射。 然而，上述活塞桿在作動時，係壓縮固定於搶 活塞套筒内部，在外觀上，該活塞桿於作 2 之 筒係呈固定狀態於搶身内部，因此在與真搶的擬真= 上，無法產生類似真搶般因搶機藉由火藥爆發所產生:二 後移動效果，故在擬真的效果實脣不佳。 則 【新型内容】 本創作人有馨於上述既有玩具搶在彈丸發射時，搶機 無法擬真於似真搶搶卿動般之效I，因此努力進行研 毛’以期可以解決上述既有結構在使用上之缺陷，經過不 斷的試驗及努力，終於研發出本創作。 本創作之主要目的在於提供一種能使得玩具搶在進行 名务％，知機能進行前後移動以擬真於真搶擊發時之作動 方式的玩具搶之搶機移動機構。 ^為了達到上述創作目的，本創作係採取以下之技術手 段予以達成，其中本創作係包括有·· 中空鈿身，其具有齒輪室及位於該齒輪室上側並連通 於該齒輪室之搶機室； 齒輪組件，係設置於該搶身之齒輪室中，其係與一馬 達相互連結； 、私機、、且件’其包括有搶機套筒及設置於該槍機套筒中 =4 H❹塞桿於搶機套筒外側—端設有一強力彈 黃’其特徵在於： /私機、、且件之槍機套筒係與齒輪組件連結，該槍機套 M343154 筒之外側設有一辅助 活塞桿於搶身之搶機 彈黃，該齒輪組件帶動搶機套筒連 室内進行前後移動。 同 藉由上述之結構，本創 %機套1¾)及活塞桿於搶機室 上可更擬真於真搶搶機之作 之需求。 作能在齒輪組件作動時，連同 内進行前後移動，因此在外觀 動方式，進而滿足軍品愛好者M343154 VIII. New Description: [New Technology Field] This creation is about a kind of toy grabbing mobile moving mechanism, especially one that can make the toy gun move forward and backward when the gun is fired. The way to act when firing, to meet the satisfaction of military enthusiasts. [Prior Art] Robbery is an aggressive Wuyi produced by the combination of gunpowder and mechanical technology at the end of the 19th century. With the development of industrial technology, the rushing branch is gradually improved. It is mainly used for military purposes, so in many countries. An apparatus subject to decree. However, in countries where the law is regulated, military enthusiasts can only buy toys and grab branches to satisfy their dreams in order to satisfy their dreams of possession and possession. Therefore, all kinds of toys have been created. There are two types of existing toy guns, one is to supply gas for the projectile by means of a high-pressure gas cylinder, and the other is to promote the projectile by a strong spring. The powerful springs motivate the projectiles that launch the projectiles (Japanese Arms MAGAZINE 12, page 33, 'Seventh, 7th, 1st, 1st, 1st issue), which is in the hollow stealth (four) Yan Man set the gear assembly with the electric motor connection a piston assembly that cooperates with the gear assembly, the piston assembly includes a piston (four) fixed to the inside of the gun body and a piston rod, the piston rod is provided with a tooth groove that can be combined with the gear assembly, and the end of the piston rod is disposed A strong spring, when the gear assembly is driven by the motor, the piston rod will move the air of the M343154 in the compression piston sleeve forward and backward to launch the projectile. However, when the piston rod is actuated, it is compressed and fixed inside the piston sleeve. In appearance, the piston rod is fixed in the cylinder of the body 2, so that it is on the simulation of the true grab. It can't produce a similar situation like a real grab. It is caused by a gunpowder explosion: after the second move effect, the real effect is not good. Then [new content] The creator has the sweetness in the above-mentioned existing toys to grab the bullets when launching, the rushing machine can not be really true to the rush to grab the effect of the move I, so efforts to research the hair 'in order to solve the above existing The structure is in use and has been continuously tested and worked hard to finally develop this creation. The main purpose of this creation is to provide a toy grabbing mobile moving mechanism that can make the toy grab the % of the name, and know that the function can move forward and backward to simulate the action of the real shot. ^ In order to achieve the above-mentioned creative purpose, the present invention is achieved by the following technical means, wherein the creative system includes a hollow body having a gear chamber and a rushing room located on the upper side of the gear chamber and communicating with the gear chamber The gear assembly is disposed in the grabbing gear chamber and is coupled to a motor; the private machine, and the component 'includes a grabbing sleeve and is disposed in the bolt sleeve=4 H❹ The plug rod is provided with a strong elastic yellow on the outer side of the grabbing sleeve. The utility model is characterized in that: / the private machine, and the gun sleeve of the piece is coupled with the gear assembly, and the auxiliary sleeve of the gun sleeve M343154 is provided on the outer side of the barrel The rod grabs the machine and grabs the yellow, and the gear assembly drives the grab sleeve to move forward and backward in the room. With the above structure, the local machine casing 13⁄4) and the piston rod can be more realistic in the rushing room. When the gear assembly is actuated, it moves forward and backward together with the inside, so it is in the form of appearance, and thus meets military enthusiasts.
【實施方式】 “以:便以附圖針對本創作之一實施例進行詳細說明， 猎由該實施例之說明將更了解本創作之作動方式及結構， 但該圖式並非用以取本創作之實施樣態，本創作之主要 技術特徵仍以申請專利範圍所記載為準。 凊參看第一至三圖所示，本創作實施例係以一玩具步 搶為例說明，其包括有·· 中空搶身（1 0 )，其具有齒輪室（i工）及位於該 齒輪室（1 1 )上側並連通於該齒輪室（工i )之搶機室 (12)； —齒輪組件（20)，係設置於該槍身（1〇)之齒輪 至（11)中之行星齒輪，其係與一馬達（6〇)相互連 結’並至少具有-齒輪（2])，該齒輪（2工）外圍部 份區域設有齒牙（2 2 ); 槍機組件（3 0 )，其包括有槍機套筒（3 i )及設 置於該槍機套冑（3 1 )中之活塞桿（3 2 )，該搶機套 筒（3 1 ) —端設有一供活塞桿（3 2 )置入之開口（ 3 1 0 )，另端則設有一氣孔（3 1 1 )，該活塞桿（3 2 ) M343154 於搶機套筒（3 i )外側一端設有一強力彈簧"3 ); 板機、、且件（4 〇 )，其包括有設置於該搶身（1 〇 之板機（4 i )及與該板機（4 })連結並連動之連動件 (42)， 係樞設於該搶機室（1 2 )及齒 卡掣元件（5 〇 輪室（1 1 )之間。 ㈣機套筒（31)之一外側設有數齒槽（3 ， 该齒槽（3 1 2)可與齒輪組件（2〇)其中之齒輪（2 1 )的w牙（2 2 )嚙合以被齒輪組件（2 X套筒（31)之另—側朝外突出有一彈菁定位塊（ί 13) ’該彈菁定位塊（3")與該搶身（10)内部 :間設置有-輔助彈簧（34)，該活塞#(32)於搶 (3 1 )外侧一端設有一勾塊（3 2 0 )，該卡掣 凡件（5 0) m至少包括有一可卡抵於該活塞桿 之勾塊（3 2 0 )處的擋塊（5工）。 該板機組件（4 〇 ) (1 0 )内部之卡掣元件 元件（5 0 )於搶身（1 请參看第三圖所示， 件（3 0 )係位於槍機室 置），此時卡掣元件（5 水平方向之位置。 之連動件（4 2 )係設置於搶身 (5 0 )下方，藉此以制動卡掣 〇 )内部之可樞轉狀態。 當本創作於初始狀態時，搶機組 (1 2)之前方（圖示之右方位 0 )係位於平行槍機室（1 2 ) 件（2 0 )因馬達（6 1 )之齒牙（2 2 )會 請參看第四圖所示，當齒輪組 之帶動旋轉時，其中齒輪（ 0 ) M343154 嚙合於搶機套筒Α β κ 長门W1)之齒槽（312)， 動槍機套筒（31)及活塞桿（32)向 7時帶 及 之，方（圖示之左方位置）移動，當搶機套筒 1") 活基桿（3 2 )向槍機室（1 2 )後方移動時二 (31)會壓縮輔助彈簧（34)，同時活塞套筒 會壓縮強力彈簣（33)以蓄勢彈力，在活塞；；2) 後移經過卡掣元件（5 〇 )之擋塊（5 ，： ? 2 ) 1)會使得活塞桿（32)之勾塊（32〇)通：塊(5 塊（”0)通過擔塊（51)之位置後，擋塊：= 即卡掣勾塊（320)，使得活塞 51) 室（12)之後方位置。 …2)”於搶機 請：看第五圖所示，當齒輪（21)、繼續旋轉至不且 "牙（2 2 )之部份朝向搶機套筒（3 1 )時，即齒輪（2、 1 )之齒牙（2 2 )部分脫離搶機套筒（3丄）之齒；（3 上2)後’該槍機套筒（31) s為失去齒輪（21)之 回牙（22)的嚙合控制，便會因輔助彈簧（34)之彈 力朝知機至（1 2 )之前方移動，此時由於活塞桿（3 2 ) 之勾塊（320)受到卡擎元件（5〇)之播塊（51) 抵擋，而卡掣元件（5 〇 )受到板機組件（4 0 )之連動 件（4 2 )的阻擋，因此無法讓卡掣元件（5 〇 )下移以 使得擋塊（5 1 )脫離勾塊（3 2 〇 )，故活塞桿（3 2 ) 無法朝搶機室（12)的前方移動。 凊參看第六及七圖所示，當使用者扣押板機（4 1 ) 時，板機組件（40)之連動件（42)會向前方（圖示 9 M343154 移動而脫離卡掣元件（50)下方，此時卡 向下，讓41=;?動件（42)之卡抵便可以樞轉 20)。： ）脫離活塞桿（32)之勾塊(3 當活塞桿（32)之勾塊⑴㈡失去了播塊 ( 之卡抵後，該活塞桿9 )杨奋η ⑴）之彈力朝槍機室（1該強力彈* 槍機套筒（川内之空氣二:方移動，進而I縮 ;;使仔5亥空氣由該搶機套筒（3 丄）軋孔（31 "排出以發射彈丸（圖中未示）。另 二=活(=32)朝搶機室（12)前方移動後， 二；二 復至原來位置1等待下次卡擎 活基杯（3 2 )動作。 請參看第八圖所示，當使用者釋放板機（4 該連動件（42)冑會回復至卡掣元件（5q)下側之 置，錄制卡擎元件（50)使其無法向下拖轉，如此完 成一搶機w進後退之擊發動作。 本創作精由上述之結構，因此可以讓搶機在擊發彈丸 時，搶機能擬真於真搶般進行前後移動之動作，故在使用 上更似真搶，進而能解決既有玩具槍無法達成搶機如直搶 般進行前後移動之問題。 【圖式簡單說明】 第一圖係本創作實施例使用於玩具步搶之使用狀態立 體外觀圖。 第二圖係第一圖之立體分解圖。 第三圖係本創作於槍機組件位於槍機室前端位置狀態 M343154 之部分剖視圖。 室後=!創作於搶機組件因齒輪組件作動移 後知位置狀恶之部分剖視圖。 〜第五圖係本創作之搶機套筒移動至 態之部分剖視圖。 分剖=圖係㈣作之卡f元件解除卡以塞桿狀態之部 至搶機 搶機室前端位置 狀 弟七圖係本創作之活塞桿移至搶機室前端並壓縮搶機 同内部空氣狀態之部分剖視圖。 弟八圖係本創作之卡掣元件回復至原來位置狀態之部 $剖視圖。 【主要元件符號說明】 (1〇)搶身 (1 1 )齒輪室 (1 2 )搶機室 (2 〇)齒輪組件 (2 1 )齒輪 (2 2 )齒牙 (3 0 )搶機組件 (3 1 )搶機套筒 (3 1 〇 )開口 (3 1 1 )氣孔 (3 1 2 )齒槽 (3 1 3 )彈簧定位塊 M343154 、 （3 2 )活塞桿 (3 2 Ο )勾塊 (3 3 )強力彈簧 (3 4 )輔助彈簣 (4 0 )板機組件 (41)板機 ^ ( 4 2 )連動件 (5 0 )卡掣元件 • ( 5 1 )擋塊[Embodiment] "By the following, a detailed description of an embodiment of the present invention will be described with reference to the drawings. The description of the embodiment will better understand the manner and structure of the creation, but the drawing is not intended to take this creation. In the implementation mode, the main technical features of the present invention are still subject to the scope of the patent application. 凊 Referring to the first to third figures, the present embodiment is described by taking a toy step as an example, which includes a hollow body (10) having a gear chamber (i) and a rushing chamber (12) located on the upper side of the gear chamber (1 1 ) and communicating with the gear chamber (work i); - gear assembly (20) a planetary gear disposed in the gear of the gun body (1〇) to (11), which is coupled to a motor (6〇) and has at least a gear (2), the gear (2 work) a peripheral portion is provided with a tooth (2 2 ); a bolt assembly (30) including a bolt sleeve (3 i ) and a piston rod (3) disposed in the bolt casing (3 1 ) 2), the grabbing sleeve (3 1 ) has an opening (3 1 0 ) for the piston rod (3 2 ) to be placed at the end, and a gas hole for the other end (3) 1 1 ), the piston rod (3 2 ) M343154 is provided with a strong spring "3 ) at the outer end of the grab sleeve (3 i ); the trigger, and the piece (4 〇), which is included in the grab The body (1 ) board machine (4 i ) and the linkage (42) connected with the board machine (4 }) are pivoted in the rushing room (1 2 ) and the tooth licking element (5 〇 Between the wheel chambers (1 1 ). (4) One of the outer sides of the machine sleeve (31) is provided with a plurality of coggings (3, the cogging (3 1 2) can be combined with the gear assembly (2 〇) of the gear (2 1 ) w teeth (2 2 ) mesh to be protruded by the gear assembly (the other side of the 2 X sleeve (31) protrudes outwardly with an elastic positioning block (ί 13) 'the elastic positioning block (3") and the stealth ( 10) Internal: an auxiliary spring (34) is arranged, and the piston #(32) is provided with a hook block (3 2 0 ) at the outer end of the grab (3 1 ), and the card member (50) m includes at least There is a stop (5 work) at the hook of the piston rod (3 2 0). The trigger component (5 0) inside the trigger assembly (4 〇) (10) is in the body. (1 See the third figure, the piece (3 0 ) is located in the gun room), at this time The position of the component (5 horizontal direction. The linkage (4 2 ) is set under the body (5 0 ), thereby braking the card) and the internal pivotable state. When the creation is in the initial state, grab The unit (1 2) in front (the right azimuth 0 in the figure) is located in the parallel gun room (1 2 ) (2 0 ). The teeth (2 2 ) of the motor (6 1 ) will be referred to the fourth figure. It is shown that when the gear set is rotated, the gear (0) M343154 meshes with the tooth groove (312) of the grabbing sleeve Α β κ long door W1), the moving machine sleeve (31) and the piston rod (32) Move to the 7 o'clock and move it to the side (the left position of the figure). When the grabbing sleeve 1") moves the base rod (3 2 ) to the rear of the gun room (1 2 ), the second (31) will compress. Auxiliary spring (34), while the piston sleeve compresses the powerful magazine (33) to accumulate the elastic force, in the piston; 2) moves back through the block of the snap element (5 〇) (5,: ? 2) 1 ) will make the piston rod (32) hook block (32 〇) pass: block (5 pieces ("0) through the position of the load block (51), the block: = that is, the hook block (320), so that the piston 51) Position after the chamber (12). ...2)" In the rushing machine please: See the fifth figure, when the gear (21), continue to rotate to no, and the part of the tooth (2 2) faces the grabbing sleeve (3 1 ), that is, the gear (2, 1) The teeth (2 2 ) are partially removed from the teeth of the grab sleeve (3丄); (3 above 2) after the 'gun sleeve (31) s is the missing teeth of the gear (21) The engagement control of (22) will move to the front of (1 2 ) due to the elastic force of the auxiliary spring (34). At this time, the hook block (320) of the piston rod (32) is subjected to the card load element (5).播) the broadcast block (51) is resisted, and the click element (5 〇) is blocked by the linkage (4 2 ) of the trigger assembly (4 0 ), so the click element (5 〇) cannot be moved down so that The stopper (5 1 ) is disengaged from the hook block (3 2 〇), so the piston rod (3 2 ) cannot move toward the front of the rushing room (12). 凊 See the sixth and seventh figures, when the user buckles the trigger (4 1 ), the linkage (42) of the trigger assembly (40) will move forward (the illustration 9 M343154 moves away from the cassette element (50), at this time the card is down, let 41=; (42) The card can be pivoted 20).: ) The hook of the rod (32) (3 when the hook of the piston rod (32) (1) (2) loses the broadcast block (after the card is reached, the piston rod 9) Yang Fen η (1)) the elastic force toward the gun room (1 the strong bomb * The gun sleeve (the air in the river 2: the square moves, and then I shrink;; so that the 5 Hai air is rolled from the grab sleeve (3 丄) (31 " discharged to launch the projectile (not shown) The other two = live (= 32) after moving in front of the rushing room (12), two; two to the original position 1 waiting for the next card squad cup (3 2) action. Please refer to the eighth figure, When the user releases the trigger (4), the linkage (42) will return to the lower side of the cassette element (5q), and the card load component (50) is recorded so that it cannot be dragged downward, thus completing a rush. The creation and retreat of the firing action. The creation is based on the above structure, so that the rushing machine can be used to move the projectile when it is fired, and the rushing machine can be used to move forward and backward. There is a problem that the toy gun can not move forward and backward as if it were a direct grab. [Simplified illustration] The first figure is used in this creative embodiment. The second picture is a three-dimensional exploded view of the first picture. The third picture is a partial cross-sectional view of the machine assembly located at the front end position of the gun room M343154. After the room =! Part of the cross-sectional view of the machine component due to the moving movement of the gear assembly. The fifth figure is a partial cross-sectional view of the grabbing sleeve of the creation. The subsection=图(四) is the card f component release card From the part of the pole state to the front end of the rushing machine, the piston rod of the present invention is moved to the front end of the rushing room and the partial view of the internal air state is compressed. The eighth figure is the part of the original card that has been restored to its original position. [Main component symbol description] (1〇) Grab the body (1 1) Gear chamber (1 2 ) Grab room (2 〇) Gear assembly (2 1 ) Gear (2 2 ) Tooth (3 0 ) Grab the assembly ( 3 1) rushing sleeve (3 1 〇) opening (3 1 1 ) vent (3 1 2) gullet (3 1 3 ) spring positioning block M343154, (3 2 ) piston rod (3 2 Ο ) hook block ( 3 3) Powerful spring (3 4 ) Auxiliary magazine (4 0 ) Board assembly (41) Board machine ^ ( 4 2 ) Linkage (5 0 ) Jam element • ( 5 1 ) Stop