M340117 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種電動式膠搶，特別是一種利用複數齒輪組 作傳動之電動式膠槍。 【先前技術】 按，習知之矽膠槍，請參閱第1圖所示，具有一槍體1，搶體 1係由手握把13、扳扣元件15及推桿π所構成，其中槍體1係 設有一置物槽101，置物槽101係用以可放置一接著劑12，又置 物槽101之前端相接設有一支撐部1〇3，其後端設有一固定部 104 ’且固定部1〇4與相鄰手握把13相接，而支撐部1〇3係固定 接著劑12之前端，手握把13之上端設有一推擠塊131，推擠塊 131係用以推擠一第一彈簧n，第一彈簧u係設在固定部1〇4與 推擠塊131間的位置，而扳扣元件15内設有一第二彈簧151，第 二彈簧151之一端與扳扣元件15相接，其另端與相鄰手握把13 相接’並推桿16之-端設有—平板⑻，其另端紗一手拉部 =3 ’平板161之正面與轉16之一端相接，其背面係抵靠在接 著劑I2之後端，且推桿I6係可活動地在置物槽1〇1與推擠塊ΐ3ι 内移動’當者於使財雜時，使用者遞手餘13，使得 手握把13之推擠塊131向前擠壓第—彈簧u，同時，推桿16之 平板161隨者推擠塊131移動而向前推擠接著劑12，使得接著劑 U之前端被擠出膠劑，若當使用石夕膠搶完畢後，使用者之一隻手 需持續按壓著扳扣元件15，㈣—隻手需拉著手拉部163朝遠離 M340117 手握把13之方向施力，使得平板161可退回 置為平板m正面抵靠在面賴定部⑽的位置邊置’起始位 然而，上述習知之石夕膠搶在使用上，需藉由使用者對該手握把 13重稷施以壓力以使推桿16對接著劑12產生 :目當:_易使使用者手部產生疲勞，此 d亦無神確控繼ii{量，躺造成_擠峻不平均 因該搶體丨係將手握把13係設於該_之後端部分 重心不穩固等問題，故習知技術具有下列之缺點： “成 1.意造成使时手部產生疲勞或勞累的現象。 2·施力不均使接著劑擠出時不均勻。 3·做退回工作不便利。 4.未握持於搶體重心部位料造成朗時晃動。 故’如何改善上述缺點，以改善擠出石夕膠不均勾及施工不便等問 題’便是創作人亟欲改良之目的。 【新型内容】 有鑑於此’為改進習用之缺點，創作人經過長久努力研究與 實驗’終於暖設計it{本麟之—種魏式膠搶。 爰此’為解決上述習知技術之缺點，本創作之主要目的，係 提供-種可較f知膠搶要讀節省工作_且可準確控制擠出之 膠料之電動式谬餘。 為達上述目的，係在提供一種電動式膠搶，該雜係為一槍 體，該搶體係設有-容置槽、—驅動機構、—傳動模組、一手持 M340117 =糾，解持部錢在雜體之下方之重心部位 其上5又有一開關元件，該容置槽係設於該搶體上方，係用以放置 一接著劑(如獨，一，且該容置槽之二 部，J：另一媸讯古止 麵叹有一凹槽 ‘又有一抵罪部，該凹槽部係呈- u型狀，該編、 部、，及—_組，其帽接合部係與 型齒二妨細㈣輪與複數個塔 才Hr母’該傳動模組外側周沿係與齒輪模組組合 螺母㈣合設t"螺牙部，且賴牙部係與該傳動模組之 動，當使^者於2動桿，可於該容置槽與該傳動模組内前後移 鶴戍自鮮*M、贿膠作業時，藉由咖元件可控繼馬達做 該編嶋，該編线而帶動該 !動=Γ，同時由該傳動模組之螺母驅動與其械合之推動 搶具有下狀優點： _動，如摘職電動式膠 1·出料均勻； 2·採電動方式作動省力且便利； 3·退回作業快速節省時間； 4·傳動結構簡單成本低廉； 5·握持於槍體重心較為穩固； M340117 參考與說明用，並非用來對本創作加以限制。 【實施方式】 對於本創狀其他優點、目的、技術特徵及姐，係能夠藉 由以下配合®式之難實施_詳細朗，而趨於瞭解： 本創作乃-種電動式膠槍，請參閱第2、3、4 _示，係於 -較佳之實施例中，該電動式膠搶係為—搶體3，並該槍體3上設 有一容置槽30、一手持部31、一驅動谢冓32、一傳動模組33及 -推動桿35，又該容置槽3〇設於該搶體3上方係用以放置一接著 劑4(如：石夕利康，silic〇ne)，且該容置槽3〇之一端設有一 u型之 凹槽部301 ’其另一端設有一抵靠部302，該凹槽部3〇1可將該接 著劑4之-端固定，該抵靠部3〇2 η具有一開孔3〇3，該手持部 31係設於該搶體3之下方重心部位，故使用握持時較為穩固不搖 晃，且該手持部31設有一充電孔313、一電池部314，且該手持 部31之一端與該驅動機構32鄰近該槍體3之位置相接，該驅動 機構32設有一接合部32卜一馬達325〇及一齒輪模組323，該齒 輪模組323係接設在該接合部321内，又該齒輪模組犯3分別設 有一第一塔型齒輪3230、一第二塔型齒輪3234、一第三塔型齒輪 3238及一第一正齒輪3243，該第一塔型齒輪3230與該第二塔型 齒輪3234相嚙合，該第二塔型齒輪3234與該第三塔型齒輪3238 相喃合’該第三塔型齒輪3238與該第一正齒輪3243相嚙合，而 該馬達3250之一轉軸3251套設一第二正齒輪3253，又該第二正 齒輪3253喃合該第一塔型齒輪3230，並藉由上述之複數個簡單齒 M340117 輪相互配合可將馬達3250之力轉換輸出較大之扭力，該傳動模組 33係容置於該槍體3之容納空間3〇4中，且該傳動模組33係與相 鄰之第一正齒輪3243嚙合相接，並該推動桿35上設有一螺牙部 351 ’該螺牙部351之螺牙係呈相對應但不連續方式設置於該推動 桿35上，此一設計係可減少咬合時螺牙與螺牙間之接觸摩擦且作 動時可較為快速，該推動桿35係穿設於該傳動模組33之螺母3331 上並與該螺母姆合，使該推鱗35係可藉由該傳動模組 ⑩33 _容置槽30中移動；藉由上述之機構設置確實可改善習知技 術膠搶於使用上之不便利之處且更具工作效率。 請參閱第4圖所示，該接合部321分別設有一第一片體組件 3211及第一片體組件3214，該第一片體組件3211設有一開口 3212 ’且該第一片體組件32n正面設有四個第一中空支柱犯以， 其背面與該馬達3250相接，該第二片體組件3214正面分別設有 二個第二中空支柱3215及一第一穿孔3216，該第一穿孔3216係 呈一略半圓狀；而該第一塔型齒輪323〇係由一第一鋸齒3231、一 第二鋸齒3232及一第一軸桿3233所組成，該第一鋸齒3231與該 第二正齒輪3253相嚙合，又該第一鋸齒3231與相對該第二鋸齒 3232相接，該第一轴桿3233係貫穿該第-鋸齒3231與該第二錯 UI 3232，且該第一轴桿3233之一端係凸伸於該第一鋸齒背 對名第一鋸齒3232的位置，其另端凸伸於該第二鋸齒犯犯背對 該第一鋸齒3231之位置。 而4第二塔型齒輪3234分別設有一第三鋸齒3235、一第四鋸 9 M340117 齒3236及一第二軸桿3237，並該第三雜齒3235與相面對該第四 36相接’又该第二軸桿3237係貫穿該第三鑛齒3挪與該 第四鑛3236，且該第二軸桿3237之—端係凸伸於該第三鑛齒 3235請該第四鋸齒難之位置，其另端係凸伸於該第四鑛齒 3236/對该第二鋸齒3235的位置，該第三塔型齒輪微8分別設 有-第五鋪3239、-第六鑛齒3240及-第三軸桿綱，其中 口亥第—軸杯3241貫穿該第五鑛齒3239與該第六鑛齒324G，且該 第五鑛齒_與相對該第六鑛齒綱相接，又該第三軸桿· 之k凸伸在β亥弟五鑛齒3239背對該第六鋸齒3240之位置，其 另端係凸伸在該第六鋸齒324〇背對該第五鋸齒3239的位置。 該第一正齒輪3243係被一軸桿3245所貫穿，而該轴桿3245 之一端凸伸於該第一正齒輪3243正面，其另端具有一略半圓狀之 貫穿桿3246凸伸在該第一正齒輪3243背面；其中第二鋸齒3232 與相鄰該第三鋸齒3235相嚙合，該第四鋸齒3236與相鄰該第五 鋸齒3239相嚙合，又該第六鋸齒3240與相鄰該第一正齒輪3243 相嚙合，並各該轴桿3245之一端伸入面對各該第一中空支柱3213 内’其另端伸入相對各該第二中空支柱3215内，且該貫穿桿3246 係貫穿至對應的第一穿孔3216，與該傳動模組33之一第一傳動齒 輪331内的苐二穿孔3313 ’並該傳動模組33係由一帶動齒輪333 與該第一傳動齒輪331所組成，該帶動齒輪333具有一螺母3331， 該螺母3331與該抵靠部302之開孔303相通，且該帶動齒輪333 與該第一傳動齒輪331相喃合； M340117 復請翏閱第4、5圖所示，當-使用者5於進行施膠作業時， 觸動該開關元件31卜以該開關元件311啟動該馬達獅之轉轴 3251轉動，該開關元件311可控制馬達325〇做正轉或反轉之動 作，且可令該馬達3250推動該推動桿35前進係以半自動式（如寸 動），當推動推動桿35後退時，係以全自動方式轉動後退，直到 該推動桿35之移動至抵靠部302而停止作動，當該馬達325〇之 轉軸3251帶動該第一塔型齒輪323〇轉動時，同時該第二塔型齒 #輪3234、該第二塔型齒輪3238、該第-正嵩輪3243，以及該傳動 模組33便隨該第一塔型齒輪一起轉動，此時藉由上述之齒 輪組彼此喷合並配合轉動將馬達3250之轉軸3251輸出之力並轉 換成更大之扭力輸出以帶動該傳動模組33，該傳動模組泊轉動後 便错由螺母3331帶動該推動桿35向前麵該接著劑4，使得該接 著劑4擠出糊的份量能—致，#使用者5施膠作業完後，使得 _動桿35藉以該螺牙部351 迅速退回至抵靠部302之位置， 如此，有效_施膠的整體外觀能整齊美觀，且節省時間。 創作未見公開及使用，亦符合翻專利要件，纽法提出申 請，謹請賜准專利，是所至盼。 舄陳月者，以上所述僅為本案之較佳實施例，並非用以限制 本創作，若依本創作之構想所作之改變，在不脫離本創作精神範 圍内例如·對於構形或佈置型態加以變換，對於各種變化，修 申/、應用所產生荨效作用，均應包含於本案之權利範圍内，合 予陳明。 11 M340117 【圖式簡單說明】 第1圖係習知矽膠搶之立體示意圖； 第2圖係本創作之結構分解示意圖； 第3圖係本創作之一實施例立體示意圖； 第4圖係本創作之結構局部分解示意圖；及 第5圖係本創作之使用狀態圖。 【主要元件符號說明】M340117 VIII. New Description: [New Technology Field] This creation is about an electric glue grab, especially an electric glue gun that uses multiple gear sets for transmission. [Prior Art] According to the conventional glue gun, as shown in Fig. 1, there is a gun body 1 which is composed of a hand grip 13, a buckle member 15 and a push rod π, wherein the gun body 1 The utility model is provided with a storage slot 101 for placing an adhesive 12, and a front end of the storage slot 101 is connected with a supporting portion 1〇3, and a rear end of the storage slot 101 is provided with a fixing portion 104' and the fixing portion 1〇 4 is connected to the adjacent hand grip 13, and the support portion 1〇3 is fixed to the front end of the adhesive 12, and the upper end of the grip 13 is provided with a pushing block 131, and the pushing block 131 is used to push a first The spring n, the first spring u is disposed between the fixed portion 1〇4 and the pushing block 131, and the second spring 151 is disposed in the trigger member 15, and one end of the second spring 151 is connected to the trigger member 15. The other end is connected to the adjacent hand grip 13 and the end of the push rod 16 is provided with a flat plate (8), and the other end yarn is a hand-drawn portion=3'. The front surface of the flat plate 161 is connected to one end of the turn 16 and The back side is abutted against the rear end of the adhesive I2, and the push rod I6 is movable to move in the storage slot 1〇1 and the push block ΐ3ι. When the user makes the miscellaneous, the user hands over 13, the pushing block 131 of the handle 13 is pressed forward by the first spring u, and at the same time, the flat plate 161 of the push rod 16 is moved by the pushing block 131 to push the adhesive 12 forward, so that the adhesive U is The front end is squeezed out of the glue. If the hand is used after the stone is used, one of the user's hands must continue to press the trigger member 15, (4) - the hand needs to pull the hand 163 away from the M340117. Applying force in the direction, so that the flat plate 161 can be retracted to be placed on the front side of the flat surface m to be placed at the position of the surface portion (10). However, the above-mentioned conventional stone glue is used in use, and the user needs to The handle 13 is biased to apply pressure to cause the pusher 16 to produce the adhesive 12: _: _ easy to cause fatigue in the user's hand, this d is also no control, followed by ii {quantity Unevenly, the conventional technique has the following disadvantages due to the fact that the hand grip 13 is placed on the rear end of the hand, and the prior art has the following disadvantages: "1. It is intended to cause fatigue or fatigue of the hand. Phenomenon. 2. Uneven application causes unevenness in extrusion of the adhesive. 3. It is not convenient to do the return work. The heart part is caused by swaying. Therefore, 'how to improve the above-mentioned shortcomings to improve the unevenness of the extrusion stone and the inconvenient construction and other problems' is the purpose of the creators to improve. [New content] In view of this To improve the shortcomings of the habit, the creator has worked hard for a long time to study and experiment 'finally warm design it{Ben Linzhi--Wei-style rubber grab. 爰This' is to solve the shortcomings of the above-mentioned conventional technology, the main purpose of this creation is to provide - The electric type can be accurately read and the electric type of the extruded rubber can be accurately controlled. To achieve the above purpose, an electric glue is provided, which is a gun body, The robbing system is provided with a accommodating slot, a driving mechanism, a transmission module, a hand-held M340117=correction, and the disarming part of the weight is located at a center of gravity below the hybrid body, and a switching element is further disposed on the upper part 5, and the accommodating slot is provided Above the robbing body, it is used to place an adhesive (such as one, one, and two of the accommodating grooves, J: another 媸 古 古 止 叹 叹 凹槽 凹槽 又 又 又 又 又 又 又 又 又 又 , , The department is in the shape of a u-shaped, the part, the part, and the -_ group, the cap The joint part and the tooth type 2 are thin (four) wheel and a plurality of towers are only Hr mother'. The outer circumference of the transmission module and the gear module combination nut (4) are combined with a t" screw portion, and the tooth system and the transmission The movement of the module, when the 2 is moved, can be moved back and forth in the accommodating slot and the transmission module, and the control device is used to control the motor. Compilation, the knitting line drives the movement! Γ=Γ, at the same time, the nut drive of the transmission module and its mechanical engagement push has the following advantages: _ moving, such as off-the-job electric glue 1 · uniform discharge; 2 ·Electric mode is labor-saving and convenient; 3.Returning operation saves time quickly; 4.·The transmission structure is simple and low-cost; 5.The weight of the gun is relatively stable; M340117 reference and description are not used to limit the creation. [Embodiment] For the other advantages, purposes, technical features and sisters of this creation, it is possible to understand by using the following formulas: _ Detailed: This is an electric glue gun, see The second, third, and fourth embodiments are shown in the preferred embodiment. The electric glue is a body 3, and the gun body 3 is provided with a receiving slot 30, a hand 31, and a driving unit. Xie Wei 32, a transmission module 33 and a push rod 35, and the accommodating groove 3 is disposed above the smashing body 3 for placing an adhesive 4 (eg, Si Likang, silic〇ne), and One end of the receiving groove 3 is provided with a U-shaped groove portion 301', and the other end thereof is provided with an abutting portion 302, and the groove portion 3〇1 can fix the end of the adhesive 4, the abutting portion 3 〇 2 η has an opening 3 〇 3, the hand-held portion 31 is disposed at a lower center of gravity of the smashing body 3, so that it is relatively stable and does not sway when the grip is used, and the hand-held portion 31 is provided with a charging hole 313, a The battery unit 314 has one end of the hand-held portion 31 adjacent to the position of the driving mechanism 32 adjacent to the gun body 3. The driving mechanism 32 is provided with a joint portion 32 and a motor 325. a gear module 323, the gear module 323 is connected to the joint portion 321 , and the gear module 3 is respectively provided with a first tower gear 3230, a second tower gear 3234, and a third tower. a gear 3238 and a first spur gear 3243, the first tower gear 3230 meshes with the second tower gear 3234, and the second tower gear 3234 is collocated with the third tower gear 3238. The three-column gear 3238 is meshed with the first spur gear 3243, and one of the shafts 3251 of the motor 3250 is sleeved with a second spur gear 3253, and the second spur gear 3253 is woven with the first tower gear 3230, and The force of the motor 3250 can be converted into a large torque by the cooperation of the plurality of simple teeth M340117, and the transmission module 33 is housed in the receiving space 3〇4 of the gun body 3, and the transmission mode is The group 33 is meshed with the adjacent first spur gear 3243, and the push rod 35 is provided with a screw portion 351. The thread of the screw portion 351 is disposed in the corresponding but discontinuous manner on the push rod. 35, this design can reduce the contact friction between the screw and the thread during the bite and can be activated Preferably, the push rod 35 is disposed on the nut 3331 of the transmission module 33 and is coupled to the nut, so that the push scale 35 can be moved by the transmission module 1033 _ accommodating slot 30; The above-mentioned mechanism setting can indeed improve the inconvenience of the conventional technology glue and is more efficient. As shown in FIG. 4, the joint portion 321 is respectively provided with a first sheet assembly 3211 and a first sheet assembly 3214. The first sheet assembly 3211 is provided with an opening 3212' and the first sheet assembly 32n is front. There are four first hollow pillars, the back side of which is connected to the motor 3250, and the second body assembly 3214 is respectively provided with two second hollow pillars 3215 and a first through hole 3216, and the first through hole 3216. The first tower gear 323 is composed of a first saw tooth 3231, a second saw tooth 3232 and a first shaft 3233. The first saw tooth 3231 and the second spur gear are formed. 3253 is engaged, and the first sawtooth 3231 is in contact with the second sawtooth 3232. The first shaft 3233 extends through the first sawtooth 3231 and the second wrong UI 3232, and one end of the first shaft 3233 The position of the first sawtooth is opposite to the first sawtooth 3232, and the other end of the second sawtooth is protruded from the position of the second sawtooth against the first sawtooth 3231. The fourth second gear 3234 is respectively provided with a third saw tooth 3235, a fourth saw 9 M340117 tooth 3236 and a second shaft 3237, and the third tooth 3235 is connected to the fourth 36. Further, the second shaft 3237 is moved through the third ore 3 and the fourth ore 3236, and the end of the second shaft 3237 is protruded from the third ore 3235. a position, the other end of which protrudes from the fourth orthodontic tooth 3236 / the position of the second sawtooth 3235, the third tower type gear micro 8 is respectively provided - a fifth paving 3239, a sixth miner tooth 3240 and - a third axis, wherein the mouth-axis cup 3241 extends through the fifth tooth 3239 and the sixth tooth 324G, and the fifth tooth _ is connected to the sixth ore tooth, and the The k-axis of the triaxial rod is protruded from the position of the fifth spur tooth 3239 away from the sixth saw tooth 3240, and the other end thereof protrudes from the position of the sixth saw tooth 324 back to the fifth saw tooth 3239. The first spur gear 3243 is penetrated by a shaft 3245, and one end of the shaft 3245 protrudes from the front surface of the first spur gear 3243, and the other end has a slightly semicircular through rod 3246 protruding at the first end. a rear surface of the spur gear 3243; wherein the second serration 3232 is engaged with the adjacent third serration 3235, the fourth serration 3236 is engaged with the adjacent fifth serration 3239, and the sixth serration 3240 is adjacent to the first serration 3240 The gears 3243 are engaged, and one end of each of the shafts 3245 extends into the first hollow struts 3213, and the other ends thereof extend into the second hollow struts 3215, and the through bars 3246 are penetrated to correspond to a first through hole 3216, and a second through hole 3313' in the first transmission gear 331 of the transmission module 33, and the transmission module 33 is composed of a driving gear 333 and the first transmission gear 331. The gear 333 has a nut 3331 that communicates with the opening 303 of the abutting portion 302, and the driving gear 333 is spliced with the first transmission gear 331; M340117 is shown in Figures 4 and 5 When the user 5 performs the sizing operation, the switch element is activated. The switch element 311 activates the rotation of the motor shaft 3251, and the switch element 311 can control the motor 325 to perform a forward or reverse rotation, and can cause the motor 3250 to push the push rod 35 to advance semi-automatically. The type (such as the inching), when the push lever 35 is retracted, is rotated back in a fully automatic manner until the push rod 35 moves to the abutting portion 302 to stop the actuation, when the motor 325 turns the shaft 3251 to drive the first When the tower gear 323 is rotated, the second tower gear #234, the second tower gear 3238, the first positive wheel 3243, and the transmission module 33 follow the first tower gear. Rotating together, at this time, the force output from the rotating shaft 3251 of the motor 3250 is converted into a larger torque output by the above-mentioned gear set and combined with the rotation to drive the transmission module 33, which is wrong after the rotation of the transmission module The push rod 35 is driven by the nut 3331 to the front of the adhesive 4, so that the amount of the paste 4 can be extruded, so that after the user 5 finishes the sizing operation, the _ mover 35 is used to pass the screw portion. 351 quickly returns to the position of the abutment 302, such as , The effective size of the overall appearance can _ neat appearance, and time-saving. The creation has not been disclosed and used, and it is also in line with the patent requirements. New Zealand has applied for an application, and I would like to ask for a patent.舄Chen Yue, the above is only the preferred embodiment of the case, and is not intended to limit the creation. If the changes made in accordance with the concept of the creation are within the scope of the spirit of the creation, for example, for the configuration or arrangement Changes in state, for various changes, the effectiveness of the application / application, should be included in the scope of the case, and combined with Chen Ming. 11 M340117 [Simple description of the diagram] The first diagram is a three-dimensional diagram of the conventional smashing; the second diagram is a schematic diagram of the structure of the creation; the third diagram is a three-dimensional diagram of one embodiment of the creation; A schematic diagram of the partial decomposition of the structure; and Figure 5 is a state diagram of the use of the present creation. [Main component symbol description]
槍體 … 3 第三鋸齒 -3235 容置槽 … 30 第四鋸齒 •3236 凹槽部 … 301 第二軸桿 •3237 抵罪部 … 302 第三塔型齒輪 •3238 開孔 … 303 第五鋸齒 •3239 容納空間 … 304 第六鋸齒 •3240 手持部 … 31 第三軸桿 …3241 開關元件 … 311 第一正齒輪 • 3243 充電孔 … 313 軸桿 •3245 電池部 … 314 貫穿桿 •••3246 驅動機構 ...32 馬達 •••3250 接合部 … 321 轉軸 •3251 第一片體組件 …3211 第二正齒輪 …3253 開口 …3212 傳動模組 33 第一中空支柱 …3213 第一傳動齒輪 •331 12 M340117 第二片體組件 … 3214第二穿孔 •3313 第二中空支柱 … 3215帶動齒輪 •• 333 第一穿孔 … 3216螺母 •3331 齒輪模組 …323 推動桿 •••35 第一塔型齒輪 … 3230螺牙部 …351 第一鑛齒 … 3231推板元件 …352 第二鋸齒 …3232接著劑 ...4 第一軸桿 … 3233使用者 …5 第二塔型齒輪 ... 3234 13Gun body... 3 Third serration - 3235 accommodating groove... 30 Fourth serration • 3236 Groove part... 301 Second shaft • 3237 Offense... 302 Third tower gear • 3238 opening... 303 Fifth serration • 3239 Accommodating space... 304 Sixth serrated • 3240 Handheld... 31 Third shaft...3241 Switching element... 311 First spur gear • 3243 Charging hole... 313 Shaft • 3245 Battery section... 314 Throughbar •••3246 Drive mechanism. ..32 Motor•••3250 Joint... 321 Rotary shaft • 3251 First body assembly...3211 Second spur gear...3253 Opening...3212 Transmission module 33 First hollow strut...3213 First transmission gear•331 12 M340117 Two-piece assembly... 3214 second perforation • 3313 second hollow strut... 3215 driven gear •• 333 first perforated... 3216 nut•3331 gear module...323 push rod•••35 first tower gear...3230 thread Department...351 First Mine Tooth... 3231 Push Plate Element...352 Second Serrated...3232 Adhesive...4 First Axle... 3233 User...5 Second Tower Gear... 3234 13