M336425 八、新型說明： 【新型所屬之技術領域】 —^創作係有關於一種％具槍之傳動齒輪，尤指設置於 玩具杨内’用以旋轉帶動而同時驅動玩具槍内之活塞與 之傳動齒輪。 干 【先前技術】 ^ 第2圖」所示，傳統之氣動玩具搶主要包含有 二於搶殼内之氣幻0,氣缸1G包含有一氣叙㈣，氣缸 官丨1内套設有一底緣設有齒排121 /、 筒=最=3_ 終嵩輪13你'為不完全之半齒環設計，俾讓最故告'取 =齒部的部分嗜合帶動活塞筒12底緣齒排：：用 =具有歯部的部分釋脫齒排，藉以達到 = 覆進行進氣與排氣的目的。 门12重 從圖中可以見悉，最終歯輪13的一讲 ， 13卜凸梢131會隨著最終齒輪13 又 凸梢 並且對用以控制彈丸上彈之拉桿同步旋轉， 用。 屋生循裱性的推移作 更具體來說，每當最終齒輪13榦一 塞筒12和拉桿14完成一次循環動作。口 /、旎帶動活 5 M3 3 6425 為了提高玩具槍之擊發動作 一 採具有更高轉速的馬達，或者是田、行的做法包含有改 成。 用較高伏特數的電池來達 然而，採用前述的做法時，必 内的零組件，所費不貲；雖然如5日、更換匹配的玩具槍 者或玩家對這項問題提出更好的解決^ 期以來並未見有業 【新型内容】 有鑑於此，本創作之主要 具槍之擊發動作效率的解決方案供-種可以提高玩 經濟的手段來達到提昇擊發動;效率Γ目搶的可以利用更 基此，本創作係針對用以帶動活 以改良，利用傳動齒輪來達 :才干之傳動齒輪加 -齒輪本體，具有==的之二動齒輪包括有: 面上至少包含有1 ^ 、 塞之接3¾面，該接合環 一、第 啬，並且在該接合環面上、f有可m該^塞之複數嗔合 之弟釋放弧段與_第二釋放弧段；以及 設置於該齒輪本體一 二撥難，用以推移該拉=面上之u梢塊與一第 傳動::::二:該:二應用於玩具搶中使用後’每當 作，相較於習活塞和拉桿完成兩次循環動 ▲ η 動μ輪每旋轉一周只能帶動活塞和拉桿完 人〇衣作，將可大幅提昇玩具搶擊發動作之效率。 M336425 【實施方式】 有關本創作之技術时及詳細說明，現配合圖式說明 正視J先:/閱「第3圖」，圖中係顯示本創作傳動齒輪之 本==齒;中= 21且古目士 馬達圖中未不）帶動而旋轉。齒輪本體 〃 /乂用以抵接於活塞之一接合環面211，於接合環面 一 夕匕合有彼此間隔一段距離之一第一齒狀弧段212盥 一弟二齒狀弧段213，在第一、第二齒狀弧段212,213上 別具有可嚙合傳動活塞之複數嚙合齒2121，2131。 ^在接合環面211上另外還具有設有第一、第二齒狀弧 段212,213之間的一第一釋放弧段214與一第二釋放弧段 215，在第一、第二釋放弧段214,215上係未具有前述嚙合 會之平滑表面。 從上述說明可知’齒輪本體21的接合環面2丨丨上包含 有錯開設置之兩段具有嚙合齒2121，2131之弧段，以及兩段 未具有嚙合齒之弧段。其中，第一、第二齒狀弧段212,213 具有專夏之嚙合齒2121,2131數量，而第一、第二釋放孤段 214,215亦具有相同的弧徑長度。 另外’在齒輪本體21的一侧端面上係結合有一凸輪 22，於凸輪22上設有第一及第二撥梢塊221，222，其中第一 撥梢塊221係設在對應於第一齒狀弧段212起始端之前後適 當位置上，第二撥梢塊222則是設在對應於第二齒狀弧段 213起始端之前後適當位置上。 於實施時，如「第4圖」所示，第一撥梢塊221，與該 M336425 第二撥梢塊222’也可以是分別植設在齒輪本體21 —侧端面 上之凸柱體。 #輪本體21也可以直接在端面上植設有兩個分別的第 一與第二撥梢塊。 經由上述說明可知，傳動齒輪2〇係為同時具有兩組包 含齒狀弧段、釋放弧段與撥梢塊的結構設計。 「第5A-5D圖」係為本創作傳動齒輪應用於玩具槍 内，用以驅動玩具槍内之活塞與拉桿之使用動作示意圖。首 先請依序參閱「第5A圖」及「第5B圖」，傳動齒輪2〇係 抵接於活塞之活塞筒30下緣，俾使第一、第二齒狀弧段 212,213具有之嚙合齒212Uni得以與活塞筒如下緣所設 回排31相互嚙合，進而讓傳動齒輪2〇能夠嚙合帶動活塞 同30。此外，傳動齒輪2〇係位於拉桿4〇 一側，俾讓拉桿 40得以接受傳動齒輪2〇之撥梢塊221，222推移帶動。 當傳動齒輪2G經由驅動而開始朝圖面所示之逆時鐘方 3?:’傳：齒輪20會先利用第-齒狀弧段212嚙合於 :排31，並且使活塞筒30朝圖面左側方向平 ’ &之刖，傳動齒輪20上的第一撥梢塊221已缓盎推 撥拉桿40之受撥塊41接觸，並且開始將拉桿40同^朝= 圖面左侧方向推移，—直持續到受撥塊4 —择: ⑵的推移路徑才讀除，^拉桿 二 朝向圖 =側方向復歸，如「第5C圖」所示。(圖中未不） 刖述第一撥梢塊221對受撥塊41的推 + 齒輪20仍與活矣衿μ /幻推移作用會在傳動 基同％保㈣合關係的過程中完成。當傳動 8 M336425 齒輪20旋轉到以第一釋放弧段214對應於齒排31的時候， 活塞筒30在傳動齒輪20的嚙合關係解除後而藉由彈性元件 k 50朝圖面右侧方向復歸。 隨後，如「第5D圖」所示，當傳動齒輪10旋轉到以 第二齒狀弧段213嚙合於活塞筒30之齒排31後，活塞筒 .3 0又會再一次的朝圖面左侧方向平移；同樣地，在此之前， 傳動齒輪10也會藉由第二撥梢塊222推撥拉桿40之受撥塊 41，使拉桿40再次朝向圖面左侧方向平移，並且拉桿40會 φ 在受撥塊41脫離第二撥梢塊222的推移路徑後再次復歸。 隨後待傳動齒輪20旋轉到以第二釋放弧段215對應於齒排 31的時候，活塞筒30才會又再次復歸到如「第5A圖」所 示之狀態。 由上可知，每當傳動齒輪20旋轉一周，即可帶動氣缸 之活塞筒30和拉桿40完成兩次循環動作，換言之，玩具槍 採用本創作之傳動齒輪20後，在相同轉速下，活塞筒30和 拉桿40將可完成更多次的循環動作，藉以提昇玩具槍擊發 φ 動作之效率。 值得一提，本創作所揭之傳動齒輪20係為同時具有兩 組包含齒狀弧段、釋放弧段與撥梢塊的結構設計。於實施 時，傳動齒輪20也可以視實際需要增加齒狀弧段、釋放弧 段以及撥梢塊的數量。 另外，圖式所揭之第一及第二撥梢塊221，222係分別設 在對應該第一及第二齒狀弧段212,213的起始端之前，於實 施時，第一及第二撥梢塊221，222並不限於設在圖面所示之 特定位置，其所在位置只要位於接近第一及第二齒狀弧段 9 M336425 212,213起始端的位置上1為本創作所容許。 :上所述，僅為本創作之較佳實施二 =作：：之範圍，舉凡依本創作之申請專利範圍所㈣ 曼化與修飾，皆為本創作專利範圍所涵蓋。 M336425 【圖式簡單說明】 元具搶内部傳動結構之示意圖； 圖所示傳動結構之動作示意圖； —圖，係為本創作傳動齒輪之正視圖； 圖；^圖，係為本創作傳動齒輪之另—實施例結構示意 第5A-5D圖，係為本創作傳動齒輪之使用動作示意圖 【主要元件符號說明】 氣缸10 氣缸管11 活塞筒12 齒排121 最終齒輪13 凸梢131 拉桿14 傳動齒輪20 齒輪本體21 接合環面211 第一齒狀弧段212 嚙合齒2121 第二齒狀弧段213 嚙合齒2131 第一釋放弧段214 第二釋放弧段215 M336425 凸輪22 第一撥梢塊221，22Γ 第二撥梢塊222,222’ 活塞筒30 齒排31 拉桿40 受撥塊41 彈性元件50M336425 VIII, new description: [New technology field] -^ Creation Department has a transmission gear with a gun, especially in the toy Yang, which is used to rotate and drive the piston in the toy gun. gear. Dry [prior art] ^ Figure 2 shows that the traditional pneumatic toy grab mainly contains two qi illusion 0 in the shell, the cylinder 1G contains a gas (4), and the cylinder official 丨 1 inner sleeve has a bottom edge Toothed row 121 /, cylinder = most = 3_ final wheel 13 you're designed for incomplete half-toothed ring, let the most telling 'take the part of the tooth to drive the bottom row of the piston barrel 12:: Use the part with the crotch to release the tooth row, so as to achieve the purpose of covering the intake and exhaust. The door 12 is heavy. It can be seen from the figure that, at the end of the first wheel 13, the 13-tip 131 will be convex with the final gear 13 and will be used for synchronous rotation of the lever for controlling the projectile. More specifically, whenever the final gear 13 is dry, the plug 12 and the tie rod 14 complete a cycle. Mouth /, 旎 动 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 Use a higher volt battery to achieve the above, however, the necessary components, the cost is not awkward; although on the 5th, replace the matching toy guns or players to solve this problem better ^ Since the beginning of the period, there has not been a business [new content] In view of this, the main solution of the creation of the gun's firing efficiency is to improve the economics of the game to achieve the improvement of the impact; the efficiency can be used More based on this, the author is aimed at driving to improve, using the transmission gear to achieve: the transmission gear plus gear body, the second moving gear with == includes: the surface contains at least 1 ^, plug a joint of the first and third sides, and on the joint ring surface, the plurality of twisted shafts and the second release arc; and the gear is disposed on the gear The body is difficult to dial one or two, to push the u-block and the first transmission on the pull =:::: two: the: two is applied to the toy after the use of the 'every action, compared to the piston and drawbar Complete two cycles of movement ▲ η move μ wheel can only take one rotation per revolution The dynamic piston and the tie rod are perfect for the clothes, which will greatly improve the efficiency of the toy rushing and firing. M336425 [Embodiment] For the technical time and detailed description of this creation, we will now explain the front view with the following figure: / read "3rd figure", which shows the original gear of the creation drive gear == tooth; Gu Gu Shi motor map does not rotate). The gear body 〃 / 乂 is for abutting against one of the piston engaging ring faces 211 , and the first ring-shaped arc segment 212 213 is spaced apart from each other by a distance between the engaging ring faces and the first toothed arc segment 212 . The first and second toothed arc segments 212, 213 have a plurality of meshing teeth 2121, 2131 that engage the drive piston. Further, on the joint ring surface 211, there is further provided a first release arc segment 214 and a second release arc segment 215 between the first and second toothed arc segments 212, 213, in the first and second release arc segments. 214, 215 does not have a smooth surface of the aforementioned engagement. As apparent from the above description, the engaging ring surface 2 of the gear body 21 includes two segments having the meshing teeth 2121, 2131 which are staggered, and two arc segments having no meshing teeth. The first and second tooth segments 212, 213 have the number of meshing teeth 2121, 2131 of the summer, and the first and second release segments 214, 215 also have the same arc length. In addition, a cam 22 is coupled to one end surface of the gear body 21, and first and second slider blocks 221, 222 are disposed on the cam 22, wherein the first dial block 221 is disposed corresponding to the first tooth. The second dial block 222 is disposed at an appropriate position before and after the start end of the arc-shaped arc segment 212, and is disposed at an appropriate position before the start end of the second tooth-shaped arc segment 213. In the implementation, as shown in Fig. 4, the first dial block 221 and the M336425 second dial block 222' may be convex cylinders respectively planted on the side end faces of the gear body 21. The #wheel body 21 can also be provided with two separate first and second dial blocks directly on the end face. According to the above description, the transmission gear 2 is configured to have two sets of structural designs including a toothed arc segment, a release arc segment and a dial block. "5A-5D" is a schematic diagram of the use of the piston and the lever in the toy gun in the toy gun. First, please refer to "5A" and "5B" in sequence. The transmission gear 2 is abutted against the lower edge of the piston barrel 30 of the piston, so that the first and second toothed segments 212, 213 have the meshing teeth 212Uni. It can be engaged with the rear row 31 of the piston cylinder with the following edge, so that the transmission gear 2 can be engaged to drive the piston 30. In addition, the transmission gear 2 is located on the side of the pull rod 4〇, so that the pull rod 40 can be moved by the shifting block 221, 222 of the transmission gear 2〇. When the transmission gear 2G is driven to start to the counterclockwise side shown in the drawing 3:: 'Transport: the gear 20 will first mesh with the first toothed arc 212 to the row 31, and the cylinder 30 is directed to the left side of the drawing. After the direction is flat, the first dial block 221 on the transmission gear 20 has been contacted by the dialed block 41 of the push lever 40, and the lever 40 is started to move toward the left side of the figure. Continue until the dialed block 4 - choose: (2) the path of the shift is read, ^ pull rod 2 toward the map = side direction reset, as shown in "5C". (not shown in the figure) It is to be noted that the first dial block 221 is still engaged with the push/gear 20 of the dialed block 41 in the process of the active 矣衿/ 幻 shift relationship in the transmission base. When the transmission 8 M336425 gear 20 is rotated until the first release arc 214 corresponds to the tooth row 31, the piston barrel 30 is returned to the right side of the drawing by the elastic member k 50 after the meshing relationship of the transmission gear 20 is released. Subsequently, as shown in "5D", when the transmission gear 10 is rotated to engage the tooth row 31 of the cylinder barrel 30 with the second toothed arc segment 213, the cylinder tube .30 will again face the left side of the drawing. Lateral shifting; likewise, before the transmission gear 10 pushes the deflected block 41 of the pull rod 40 by the second dial block 222, the pull rod 40 is again translated toward the left side of the drawing, and the pull rod 40 will φ is reset again after the dial block 41 is disengaged from the shift path of the second dial block 222. Then, when the transmission gear 20 is rotated until the second release arc 215 corresponds to the tooth row 31, the cylinder 30 is again returned to the state as shown in "Fig. 5A". It can be seen from the above that each time the transmission gear 20 rotates one revolution, the cylinder cylinder 30 and the rod 40 of the cylinder can be driven to complete two cycles, in other words, after the toy gun adopts the transmission gear 20 of the present invention, at the same rotation speed, the cylinder 30 And the pull rod 40 will complete more cycles, in order to improve the efficiency of the toy gun firing φ action. It is worth mentioning that the transmission gear 20 disclosed in the present invention has two structural designs including a toothed arc segment, a release arc segment and a dial block. In practice, the transmission gear 20 can also increase the number of toothed arc segments, release arc segments, and dial blocks as needed. In addition, the first and second dial blocks 221, 222 disclosed in the drawings are respectively disposed before the start ends of the first and second toothed arc segments 212, 213, and the first and second tips are respectively implemented. The blocks 221, 222 are not limited to the specific positions shown in the drawing, and their positions are as long as they are located near the beginnings of the first and second toothed arc segments 9 M336425 212, 213. : As mentioned above, it is only the preferred implementation of this creation. The scope of the application is based on the scope of the patent application. (4) Manning and modification are covered by the scope of this creation. M336425 [Simple diagram of the diagram] Schematic diagram of the internal transmission structure of the equipment; Diagram of the operation of the transmission structure shown in the figure; - Figure, is the front view of the creation of the transmission gear; Figure; ^ diagram, is the creation of the transmission gear EMBODIMENT EMBODIMENT STRUCTURE 5A-5D is a schematic diagram of the use of the original transmission gear [main component symbol description] Cylinder 10 cylinder tube 11 piston cylinder 12 tooth row 121 final gear 13 convex tip 131 tie rod 14 transmission gear 20 Gear body 21 engagement ring surface 211 first toothed arc segment 212 meshing tooth 2121 second toothed arc segment 213 meshing tooth 2131 first release arc segment 214 second release arc segment 215 M336425 cam 22 first tip block 221, 22Γ Second dial block 222, 222' piston barrel 30 tooth row 31 draw rod 40 receiving block 41 elastic element 50
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