五、新型說明： 【新型所屬之技術領域】 本創作係為一種玩具搶之後座力產生及導引 復移動而產生的震動，藉以模擬出真“座力“ 【先前技術】 近年來為了提供玩具搶展現有如真搶射擊真實子彈時的 效果’而在玩具搶内部酉己置一後座力產生及導引結構，藉由後 座力產生及導縣構在子彈射擊時的瞬間，_產生一反作用 力及震動絲，_擬及觀Α紐錢行 作用力及㈣力量雜場效果。 生的反 請參閲第1圖所示，為習知玩具搶之後座力產生及導引裝 置示意圖°如圖所示，習知的玩具搶主要由-機殼10、一活 塞裝置20、-子彈推送裝置3〇、一扣板裝置4〇、一傳動裝置 5〇及-後座力產生及導引結構6〇所組成，後座力產生及導引 、。構60疋配置在活塞裝置2〇後方，並位在活塞裝置跗中的 活塞22移動軸線上’後座力產生及導引結構60分別具有一殼 體62重體64及—反撞彈簧66，殼體62固設於機殼10後 方，重體64設於殼體62内部，反贿簧⑽職置於重體％ 後端的设體62的-触68表面上，重體64前酬連接設置 有-連桿69,連桿69前端難設過敵1()後端的—擋壁12， 並延伸至餘1G _ ;活塞裝置2()具活塞22及一活塞 筒24，活塞22容置於活塞筒24…活塞22後端設置有一壓 縮彈簧26，且連桿69前端延伸至活塞22後端處；再者，子 彈推進裝置3G設於活絲置20⑽方_殼1Q㈣，用以 接受活塞22的觸動後擊發-子彈出去，而傳動裝置5〇則同樣 設置於機殼10内部，用以帶動活塞22移動，扣板裝置4〇容 置於機殼10内，則是用以觸動傳動裝置5〇產生作動。 習知玩具搶在實施時，主要是藉由扳動扣板裝置4〇後， 觸動傳動裝置50進行作動’進而帶動活塞裝置2〇的活塞泣 向後方移動’當活塞22後移一定距離後，將頂掣於連桿69前 端處，進而連帶推移重體64向後方一起移動，並同時壓縮反 撞彈簧66 ’使反撞彈簧66畜積一反彈力，當反撞彈簧66壓 縮達到一壓縮限度時’將釋放彈力並推動重體64及活塞22前 移，使得活塞22在前移時，可以觸動子彈推進裝置發射子 彈出去，而重體64在前移過程中則可產生一反作用力及震動 力’進而達到模擬真槍射擊時的效果。 惟，習知玩具搶由於活塞及重體間所設置的連桿在活塞後 移時，以及當活塞在前移觸動子彈推送裝置發射子彈後，由於 反作用力之故而向後方退移時所產生的衝擊力，皆有可能造成 連桿前端與活塞之間產生不當的撞擊，經長久撞擊之後，往往 會造成活塞及連桿結構的損壞，因此實有改進的需要： 【新型内容】 因此為了能夠有效克服前述所提到的缺點，藉以避免活寨 及重體之間所設置的連桿’在活塞前後的移動過程中有不當撞 擊活塞的情事發生。 為此，本創作揭露一種玩具搶之後座力產生及導引裴置， 其包括： 一機殼’該機殼後端具有一檔壁； 一活塞裝置，容置於該機殼内，具有一活塞筒及一活塞， 該活塞容置在該活塞筒内，並可在該活塞筒内部進行軸向移 動，該活塞後端設置有-中空套f，該套奸依序容置有一第 -壓縮彈簧及-長桿，其中該套管及該長桿後端分別穿設過該 擋壁後延伸至賴殼外部，位在脑塞及該触之間的該套管 上套設有一第二壓縮彈簧； -傳練置’容置於該機殼内部鋪合於該活塞表面用 以帶動該活塞向絲塞酿方進行—畅移動； -扣板裝置’容置於該機殼㈣，用肩發該傳動裝置進 行作動’畴動裝置同樣是容置於機殼崎，㈣帶動活塞向 活塞筒後方沿轴向方向移動； 子彈推送裳置，容置於該機殼内部並設置於該活塞裝置 前方，當活塞前移時，可觸發軒彈推送裝置推送—子彈發射 出去；以及 後座力產生及導引結構，具有—中空殼體 ，固設於該機V. New description: [New technical field] This creation is a kind of vibration generated by the toy to capture the rear seat force and guide the complex movement, so as to simulate the true "seat force" [previous technology] In recent years, in order to provide toys Grab the effect of real shooting when shooting real bullets', and after the toy grabs the inside, set the rear seat force generation and guiding structure, with the recoil force generation and the guide county in the moment when the bullet is fired, _ generate one Reaction force and vibration wire, _ and the effect of Guanlan New Money and (4) the effect of power field. See the first figure for the reverse of the raw, as shown in the figure of the conventional toy grabbing and guiding device. As shown in the figure, the conventional toy grabs mainly by the casing 10, a piston device 20, - The bullet pushing device 3〇, a gusset device 4〇, a transmission device 5〇, and a recoil force generating and guiding structure 6〇 are formed, and the recoil force is generated and guided. The structure 60 is disposed behind the piston device 2 and is located on the moving axis of the piston 22 in the piston device. The rear seat force generating and guiding structure 60 has a housing 62 heavy body 64 and a collision spring 66, respectively. The housing 62 is fixed to the rear of the casing 10, and the heavy body 64 is disposed inside the casing 62. The anti-breast spring (10) is placed on the surface of the contact 68 of the body 62 at the rear end of the heavy body, and the heavy body 64 is connected to the front. With the - link 69, the front end of the connecting rod 69 is difficult to set over the rear end of the enemy 1 () - the retaining wall 12, and extends to the remaining 1G _; the piston device 2 () has a piston 22 and a piston cylinder 24, the piston 22 is placed The piston barrel 24 is provided with a compression spring 26 at the rear end of the piston 22, and the front end of the connecting rod 69 extends to the rear end of the piston 22. Further, the bullet propelling device 3G is disposed on the live wire 20 (10) square shell 1Q (four) for receiving the piston 22 After the actuation, the firing is performed, and the transmission device 5 is also disposed inside the casing 10 to drive the piston 22 to move. The gusset device 4 is disposed in the casing 10 to activate the transmission device 5. 〇 Produce action. In the implementation of the conventional toy robbing, mainly by pulling the gusset device 4 ,, the actuator 50 is actuated to drive the piston device 2 〇 the piston to move backwards. When the piston 22 moves backward by a certain distance, The top is slid at the front end of the connecting rod 69, and then the moving heavy body 64 is moved rearward together, and at the same time, the anti-collision spring 66' is compressed to cause the rebound spring 66 to accumulate a repulsive force when the anti-collision spring 66 is compressed to a compression limit. When 'will release the elastic force and push the heavy body 64 and the piston 22 forward, so that when the piston 22 moves forward, the bullet propulsion device can be activated to eject the ejector, and the heavy body 64 can generate a reaction force and vibration during the forward movement. Force's then achieve the effect of simulating a real gun shot. However, the conventional toy grabs when the connecting rod provided between the piston and the heavy body moves backwards of the piston, and when the piston retracts backward due to the reaction force after the bullet is pushed forward by the bullet pushing device. Impact force may cause improper impact between the front end of the connecting rod and the piston. After a long impact, the piston and the connecting rod structure are often damaged. Therefore, there is a need for improvement: [New content] Therefore, in order to be effective Overcoming the aforementioned shortcomings, it is possible to avoid the improper impact of the piston during the movement of the connecting rod between the live and the heavy body. To this end, the present invention discloses a toy grabbing rear seat force generating and guiding device, which comprises: a casing 'the rear end of the casing has a first wall; a piston device housed in the casing, having a a piston tube and a piston, the piston is accommodated in the cylinder, and can move axially inside the cylinder, and the rear end of the piston is provided with a hollow sleeve f, and the sleeve is sequentially accommodated with a first compression a spring and a long rod, wherein the sleeve and the rear end of the long rod respectively pass through the retaining wall and extend to the outside of the shell, and the sleeve is disposed between the brain plug and the contact with a second compression a spring; a relaying device is placed inside the casing to be laid on the surface of the piston for driving the piston to move the wire to the stuffing; the gusset device is placed in the casing (four), with a shoulder The transmission is actuated. The domain actuator is also housed in the casing, and (4) drives the piston to move in the axial direction behind the cylinder; the bullet is pushed and placed, and is placed inside the casing and disposed on the piston device. In front, when the piston moves forward, it can trigger the push-pull device push-bullet Shot out; and recoil and guide structure, having - a hollow casing, fixed to the machine
殼後端處，該殼體内部交罢女 ^ A 丨谷置有一重體，該長桿後端係穿設過該 重體後固定於該殼體末端的一後壁表面，位在該重體後端及後 壁表面之間則設有一第一反撞彈簧。 再者，本創作的活塞表面設置有一齒條，該傳動裝置包括 有—馬達及一齒輪組，該齒輪組係嚅合於該齒條上，使得當該 扣板裝置觸發該傳動裝置作動時，該馬達將驅動該齒輪組進行 轉動’並藉以帶動該活塞移動。 又，本創作的子彈推送裝置具有一推桿及一進彈元件，該 推桿前端容置在一彈道内部，該推桿的後端穿設入該活塞筒内 邛，並頂掣於該活塞前端處，使得當該活塞向後方移動時，該 推桿將向後方移動一適當距離，使得該進彈元件推送一子彈進 入該推桿前方的該彈道内部。 本創作進一步更在重體前端設有一接合孔，用以提供該套 管後端在穿設過該擋壁後定位於該接合孔内。 本創作在重體前端及擋壁之間的套管上更套設有一第二反 撞彈簧。 【實施方式】 請參閱第2 ®，為本創作最佳實施例之玩具搶結構示意 圖。如圖所示，本創作的玩具槍包括有一機殼1〇〇、一活塞裝 置200、一子彈推送裝置300、一扣板裝置400、一傳動裝置 500及一後座力產生及導引結構600，其中活塞裝置2〇〇容置 於中空的機殼100内，活塞裝置2〇〇分別具有一活塞筒21〇及 -活塞220 ’活塞220容置在活塞筒21〇内，使得活塞220可 以在活塞筒21G内部進行轴向移動，活塞22()後端具有一容置 孔230，容置孔230内沿活塞22〇移動的軸線方向設置有一中 空套f 240 ’套管240内依序容置有一第一麼縮彈簧242及-長才于244’其中套管240及長桿244 f麦端皆分別穿設過機殼1〇〇 後端的-擋壁110後延伸至機殼咖外部，使得當活塞22〇向 活塞筒210後方移動時’第一壓縮彈簧娜可相應地被壓縮而 蓄積彈力’另位在活塞22〇及機殼1〇〇後端的擋壁11〇之間的 套管240上套設有-第二壓縮彈黃咖，使得#活塞22〇向活 塞筒210後方移動時，第二壓縮彈簧25〇亦可械地被壓縮而 蓄積彈力，又活塞22〇表面則另設置有一齒條娜。 i板裝置400各置於機殼1〇〇 β部，用以觸發傳動裝置 500進行作動’而傳動展置5_樣是容置於機殼⑽内部， 用以帶動活塞220向活塞筒2職方沿軸向方向移動，傳動裝 置500 〇括有馬達51〇及一齒輪組，齒輪組卿可灌合 ; 表面所叹的齒條222上，使得當扣板裝置400紐 傳動裝置_作動時，馬達51〇將驅動齒輪組520進行轉動， 並同時帶動活塞220向活塞筒21()後方進行移動。 疋衣-答置於機殼100内，當活塞21〇前 、’可觸發該子彈推送裝謂推送—子彈 彈推送裝置 一進彈元㈣’係喻塞22_的赠方向嫩】 推桿320前端係容置在玩具搶的一彈謂内部，推㈣的 後端則穿狀活塞筒210内部，並頂掣於活塞咖前端處，當 活塞220向後方移動時，推桿32()剩時向後方移動一適當距 離，使得進彈编3G即時推送子彈31Q進人轉咖前方的 彈道120内部。 在機殼100後端沿活塞22〇移動的轴線上設有後座力產生 及導引結構600，後座力產生及導引結構_具有—中空殼體 610 ’固設於機殼⑽後端處，殼體⑽崎則容置有一重體 62〇八中則述/舌塞裝置2〇㈣長桿辦後端則係在穿設過重 體620後固定於殼體⑽末端的後㈣12表面且位在重體 620後端及後壁612表面之間的殼體6i 〇内部設有—第一反撞 彈簧630，另在重體620前端_一接合孔卿，使得活塞裝 置200的套管240後端在穿設過擋壁11〇後定位於接合孔622 内。 請參閱第3至5圖，分別為本創作玩具搶的活塞及重體作 動時的連續作動示意圖。如圖所示’當本創作扣動扣板裝置 400後，將同時觸動傳動裝置500的作動，使得傳動裝置5〇〇 帶動活塞220朝活塞筒210後方方向移動，此時在活塞22〇初 始移動的過程中，將先同時壓縮第一壓縮彈簧242及第二壓縮 彈簧250，而位在活塞裝置2〇〇前端的子彈推送裝置3〇〇的推 桿320將同時後退移動一適當距離，使得子坪推送裝置3⑼可 以推送子彈310進入彈道120内完成裝填子彈31〇的程序，當 『划向後鳩時，透刪 產生及導躲構_的重趣 7動將可帶動後座力 縮重細後靖-反撞彈_^=嘛糊 (如第2圖）。备活窠咖使其畜積一反彈回覆力 反撞彈t & 62G繼續向彳4方鶴壓縮第一 時(如第=Γ 簧630_達到至一 _限度 並推逆曹Γ 糊_放蓄積較彈回覆力’ 推送重體620及活塞22G向前方移動，其中在活塞2 時將引動推桿320推送子彈31Q μ + 卡_去、 予彈310射出’重體620則在快速向前 里過程中產生反作用力，而得到類似真搶後座力的震動 效果(如第4圖）。 另請再參閱第1圖所示，本創作為了避免重體620在前移 時會直接撞擊至機殼議後端而造成搶體的損壞，在重體關 别端及擋壁110之間的套管24()上套設有_第二反撞彈簧 640 ’得以在重體62〇前移時達到吸收重體62〇的撞擊力及提 供重體620緩衝的效果。 經由上述的說明可知，本創作主要可達到下列功效·· 1. 活塞及重體承受第一反撞彈簧的反彈力而前移時，由於活塞 及重體之間是直接透過套管的相互連接而一體同時移動，故 可避免套管在重體前移有直接撞擊活塞内部而產生損壞的 可能。 . 2. 透過第二反撞彈簧的設置，可以達到吸收重體前移時的撞擊 力’藉以避免重體直接撞擊機殼後端時造成搶體的損壞。 M436160 3.透過第-壓縮彈簧及第二_彈簧的雙重保護，細吸收活 塞回彈移糾的衝擊力量，可以减活塞在轉如回彈時 會直接揸轉動纽而造成錄組結條損酬 。。 '^月 tr 綜上所陳，僅為本創作之較佳實施勤已，並非用以限定 本創作；凡其絲赫梢作_紅精神下岭柄等效修 飾或置換’均應包含於後述申請專利範圍内。At the rear end of the shell, the inside of the shell is placed with a heavy body, and the rear end of the long rod is passed through a rear wall surface fixed to the end of the shell through the heavy body, at the weight A first anti-collision spring is disposed between the rear end of the body and the surface of the rear wall. Furthermore, the piston surface of the present invention is provided with a rack, the transmission device includes a motor and a gear set, and the gear set is coupled to the rack such that when the gusset device triggers the transmission to actuate, The motor will drive the gear set to rotate 'and thereby drive the piston to move. Moreover, the bullet pushing device of the present invention has a push rod and a feeding member, and the front end of the push rod is accommodated inside a ballistic ball, and the rear end of the push rod is inserted into the inner tube of the piston tube, and is mounted on the piston. At the front end, when the piston moves rearward, the push rod will move rearward by an appropriate distance so that the projectile element pushes a bullet into the interior of the ballistic path in front of the push rod. The present invention further provides an engaging hole at the front end of the heavy body for providing the rear end of the sleeve to be positioned in the engaging hole after passing through the retaining wall. The present invention is further provided with a second anti-collision spring on the sleeve between the front end of the heavy body and the retaining wall. [Embodiment] Please refer to the 2nd ®, which is a schematic diagram of the toy grab structure of the preferred embodiment of the present invention. As shown, the toy gun of the present invention includes a casing 1 , a piston device 200 , a bullet pushing device 300 , a gusset device 400 , a transmission device 500 , and a recoil force generating and guiding structure 600 . The piston device 2 is disposed in the hollow casing 100, and the piston device 2 has a piston cylinder 21 and a piston 220. The piston 220 is received in the cylinder 21, so that the piston 220 can be The inside of the piston cylinder 21G is axially moved, and the rear end of the piston 22 () has a receiving hole 230. The hollow hole f 240 is disposed in the accommodating hole 230 along the axial direction of the piston 22 '. There is a first shrinking spring 242 and a long length 244', wherein the sleeve 240 and the long rod 244 f are respectively inserted through the blocking wall 110 of the rear end of the casing 1 and extend to the outside of the casing coffee, so that When the piston 22 is moved toward the rear of the cylinder 210, the first compression spring can be compressed accordingly to accumulate the elastic force. The sleeve 240 is located between the piston 22 and the retaining wall 11〇 at the rear end of the casing 1〇〇. The upper sleeve is provided with a second compression bomb yellow coffee, so that the # piston 22 is moved backward toward the piston cylinder 210 When moving, the second compression spring 25〇 can also be mechanically compressed to accumulate the elastic force, and the surface of the piston 22 is additionally provided with a rack. The i-plate devices 400 are respectively placed in the casing 1 〇〇β portion for triggering the transmission device 500 to operate. The transmission and extension device 5_ is accommodated inside the casing (10) for driving the piston 220 to the piston cylinder 2 The square is moved in the axial direction, and the transmission device 500 includes a motor 51〇 and a gear set, and the gear set can be filled; the surface of the rack 222 is slanted, so that when the gusset device 400 is activated, The motor 51 turns the drive gear set 520 and simultaneously moves the piston 220 toward the rear of the cylinder 21 ().疋衣-After the casing 100, when the piston 21 is in front, 'can trigger the bullet to push the device to push--the bullet-booster device enters the bullet (4)' The front end is housed inside a toy grab, and the rear end of the push (four) is inserted inside the piston tube 210 and is placed at the front end of the piston coffee. When the piston 220 moves backward, the push rod 32 () is left. Move to the rear by an appropriate distance, so that the 3G instant push bullet 31Q enters the inside of the ballistic 120 in front of the coffee. A rear seat force generating and guiding structure 600 is disposed on an axis of the rear end of the casing 100 along the piston 22, and the rear seat force generating and guiding structure has a hollow casing 610' fixed to the casing (10). At the end, the casing (10) is accommodated with a heavy body 62. The middle tongue is described / the tongue plug device 2 〇 (4) The rear end of the long pole is attached to the rear (four) 12 surface of the end of the casing (10) after the heavy body 620 is worn. And a housing 6i inside the rear end of the heavy body 620 and the surface of the rear wall 612 is provided with a first backlash spring 630, and at the front end of the heavy body 620, a joint hole is formed, so that the sleeve of the piston device 200 The rear end of the 240 is positioned in the engaging hole 622 after passing through the retaining wall 11〇. Please refer to Figures 3 to 5 for the continuous operation of the piston and heavy body of the creative toy. As shown in the figure, when the shackle device 400 is buckled, the operation of the transmission device 500 is simultaneously activated, so that the transmission device 5 〇〇 moves the piston 220 toward the rear of the piston tube 210, and the initial movement of the piston 22 此时During the process, the first compression spring 242 and the second compression spring 250 will be simultaneously compressed, and the push rod 320 of the bullet pushing device 3 位 located at the front end of the piston device 2 将 will simultaneously move backward by an appropriate distance, so that the child The ping push device 3 (9) can push the bullet 310 into the trajectory 120 to complete the loading of the bullet 31 ,. When the 划 向 , , , , , , , 透 透 透 透 透 透 透 透 7 7 7 7 7 7 7 7 7 7 7 7 7 Jing-collision bomb _^= 糊 paste (as shown in Figure 2). Prepare live 窠 使其 使其 畜 畜 畜 畜 畜 畜 畜 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 62 Accumulation of the rebound force' pushes the heavy body 620 and the piston 22G to move forward, wherein when the piston 2 pushes the push rod 320 to push the bullet 31Q μ + card _ goes, the pre-ball 310 shoots out 'the heavy body 620 is in the fast forward In the process, a reaction force is generated, and a vibration effect similar to the true recoil force is obtained (as shown in Fig. 4). Please refer to Fig. 1 again, in order to prevent the heavy body 620 from directly hitting the machine when moving forward. The rear end of the shell is responsible for the damage of the body, and the sleeve 24 () between the heavy body closing end and the retaining wall 110 is sleeved with the second counter-spring 640' to move forward when the heavy body 62〇 is moved forward. The impact force of the weight absorbing body 62〇 is obtained and the effect of buffering the heavy body 620 is provided. According to the above description, the present invention can mainly achieve the following effects: 1. The piston and the heavy body are subjected to the rebound force of the first kick spring. When moving, since the piston and the heavy body are directly connected to each other through the mutual connection of the sleeves, Avoid the possibility that the casing moves forward in the heavy body and directly damages the inside of the piston. 2. Through the setting of the second anti-collision spring, the impact force when absorbing the heavy body forward can be achieved. M436160 3. Through the double protection of the first compression spring and the second spring, the impact force of the piston rebounding and retracting is finely absorbed, which can reduce the piston directly when the piston rotates. Turning the button and causing the group to lose weight. '^月 tr In summary, only for the better implementation of this creation, not to limit the creation; where its silk tips _ red spirit down The equivalent modification or substitution of the handle should be included in the scope of the patent application described later.
【圖式簡單說明】 第1圖為習知玩具槍之後座力產生及導引裝置示意圖 第2圖為本創作最佳實施例之玩具搶結構示意圖。 第3 圖 圖為本創作玩具搶的活塞及重體作動時的第—作動示意[Simple description of the drawing] Fig. 1 is a schematic diagram showing the generation and guiding device of the seat force of the conventional toy gun. Fig. 2 is a schematic view showing the structure of the toy grabbing according to the preferred embodiment of the present invention. The third figure shows the first action of the piston and heavy body of the creative toy.
第4圖 圖。 為本創作玩具搶的活塞及重體作動時的第 二作動示意 第5 圖。 圖為本創作玩具搶的活塞及重體 作動時的第三作動示意 【主要元件符號說明】 10 機殼 12 擂壁 20 活塞裝置 22 活塞 24 活塞筒 26 壓縮彈簧 30 子彈推送裝置 40 扣板裝置 10 M436160Figure 4 Figure. The second action when the piston and heavy body of the creative toy are grabbed is shown in Figure 5. Figure 3 shows the third action of the piston and heavy body when the toy is grabbed. [Main component symbol description] 10 Chassis 12 擂 wall 20 Piston device 22 Piston 24 Piston cylinder 26 Compression spring 30 Bullet pushing device 40 gusset device 10 M436160
50 傳動裝置 60 後座力產生及導引結構 62 殼體 64 重體 66 反撞彈簧 68 後壁 69 連桿 100 機殼 110 檔壁 120 彈道 200 活塞裝置 210 活塞筒 220 活塞 222 齒條 230 容置孔 240 套管 242 第一壓縮彈簧 244 長桿 250 第二壓縮彈簧 300 子彈推送裝置 310 子彈 320 推桿 330 進彈元件 400 扣板裝置 500 傳動裝置 510 馬達 520 齒輪組 600 後座力產生及導引結構 610殼體 612 後壁 620 重體 622 接合孔 630 第一反撞彈簧 640 第二反撞彈簧 1150 Transmission 60 Rear seat force generation and guiding structure 62 Housing 64 Heavy body 66 Collision spring 68 Rear wall 69 Connecting rod 100 Housing 110 Wall 120 Ballistic 200 Piston unit 210 Piston cylinder 220 Piston 222 Rack 230 Housing Hole 240 sleeve 242 first compression spring 244 long rod 250 second compression spring 300 bullet push device 310 bullet 320 push rod 330 feed element 400 gusset device 500 transmission 510 motor 520 gear set 600 rear seat force generation and guidance Structure 610 housing 612 rear wall 620 heavy body 622 engagement hole 630 first collision spring 640 second collision spring 11