M350230 八、新型說明： 【新型所屬之技術領域】 本創作係細取玉米之米顆粒的機具有關，特別是關於—種 玉米之剝粒機具’義粒機具能對帶有包葉的騎，從事剩除包 葉並剝取棚減絲心f分離，师代人卫施作 α 【先前技術】M350230 VIII, new description: [New technology field] This creation department takes the corn grain granules to have the machine, especially about the corn granules. The granules can ride on the leaves with the leaves. Retaining the leaves and stripping the shed to reduce the silk heart f separation, the division's generation of Wei Shi Zuo α [previous technology]
按，玉米作為大雜食’在已知條件中，只取其米顆粒而捨 其心骨，然、而在剝取玉米之米顆粒時，一般者係以人工為之即 先去除玉米的包葉，方能以刀具麻米顆粒而此除了費工費時 缺失外，在已知經驗中以人工藉助刀具削取米顆粒的過程中，易 破壞米顆粒的胚芽部位，而顯有剝取缺憾；緣是，如果能夠提供 -種不傷米顆粒胚芽部位，且能簡便快速剝取玉米之米顆粒的機 具，實有其必要，此為本創作研創之動機所在。 【新型内容】 本創作主要目的在於提供一種玉米之剝粒機具，該剝粒機具 可對帶有包葉的玉米，從事剝取麵粒H可取代人工施作， 且能達成簡便快速剝取玉米之米顆粒者。 為達前揭目的，本創作玉米之剝粒機具係由_推送機構、一 導入機構、-綱機構、-導出機構、—剝粒機構及—止回機構 所組成，祕賴構具有往覆行紐制，可置檯上的玉米向 削推移；該導人機構，其以通管對細置檯，其懸等分角度設 有向中張力裕度的導輪，各導輪以其场設雜突伸在通管内 M350230 部，可界定出-個可供玉米通過關距；軸構 水平浮動功能的割刀以等分角度設置在—盤面的通孔周邊，2 刀座之刀片可在通孔中央界定出，可供科通過關距；該導 出機構，係四片導動活頁麟在一盤面的通孔周邊，藉一彈餐圈 束結使導動活頁末端界定出-個具擴張裕度的導口；該剝粒機 構，具有-空心轴’空心軸前赌合有—輪糊刀該輪狀削刀 係對應推錢構的推桿；該止回機構，係設置在触機構之空心 末端’魏侷制玉耗心骨與推送機構的推桿脫離；上述機構 依序設置在_㈣檯上，便可組合成為—種玉米之難機且。即 帶有包葉的絲放置在擱置檯上，推送機構的推桿獻玉米的心 骨-侧’便能不旋動的將玉米前推，經導人機構扶持而穩定通過 劃割機構，來達成拍向劃破其包葉目的，及導出機構則能持續扶 持被軸向劃破包葉的玉米，去對應剝粒機構的空心輛，如空心袖 的孔徑設定呈略小於玉求的心骨直徑，此時結合在空心轴前端的 ❿輪狀削刀，則能削入玉米心骨周面，使_粒及包葉脫離心骨， 待完賴祕作’玉_心骨是？敲回麵碰切侷制，當 ；-#送機構_桿贿便能與之_，如此只要在檯處放置帶 有包葉的玉米，及在止回機構魏下玉米的心、骨，便能在剝粒機 構處收集剝取的米顆粒。 【實施方式】 為使本創作玉米之剝粒機具所朗之技術内容、及其所能產 生之功效有-了解’錄-較佳實施例配合圖式將其說明如下： 6 M350230 清參看第-圖為本創作玉米之剝粒機具之外觀概略示意圖， =粒1伽-推送機構！ Q、—導人機構2 g、—劃割機構 冑出機構4 0、—_機構5 0及-止回機構6 〇設置 在一機檯70上所組成；其中： _送機構1〇，係由-推桿u '一減速機12及一靡 推桿11前端設具—又部14，又部1 4底緣周邊 齒邊1 5，其表面佈設有敢長度_條段i 6，推桿i 段16蛾賴12物結，可_賴Μ操作 ^覆直線魏狀；檯i 3_歧置在 ^可供帶槪㈣17心卿u_i4及其 底緣周邊所設鋸齒邊i 5刺入玉求 乎 1了不旋_親前行； 心心侷制玉赤 :配合參看第二、三圖，為本_導錢構敝 及ί剖賴，料人機_，聽-盤面2 i上設有—適= 2 ’其以通管2 2對應推送機構10的推桿1 1 ;通管2 導輪==缺口23，可供導輪24設置;該單-4係由一固定片2 5及一輪 =拗折有-座槽2 7，其内軸結有-_，當導== 在涵^ ，使其顧2 7隨_滾輪2 8突伸 個可即四個錄28間可在通管22内部界定出- ▼有包葉的玉米17通過的 過的間距，當-彈簧圈29連絡束 M350230 結在四輪殼2 Θ末端座槽2 7之間，四導輪 2 5，使滾輪2 8間距得有向中緊束裕度的== 更能依據固定片 請配合參看第四、五、六圖，為本創作^媒 圖、組合圖及其水平浮動示«，該_機構構的割刀分解 浮動功能賴刀以等分角度設置在—盤 3 0衫支具水平 而割刀3 2的刀座3 4突伸在盤面3 2的通3 3周邊’ 以界定出-個可供帶有包葉的玉料 3中央附近，用According to corn, as a big omnivorous food, in the known conditions, only the rice granules are taken from the heart and bones. However, when the corn granules are peeled off, the corn leaves are removed by hand. In addition to the labor and time-consuming loss of the knives, it is easy to destroy the germ part of the rice granules in the process of manually cutting the rice granules by the use of the cutter in the known experience, and there is a defect of peeling; Yes, it is necessary to provide a machine that does not damage the germ part of the rice grain and can easily and quickly strip the corn grain. This is the motivation of the creative research. [New content] The main purpose of this creation is to provide a corn stripping machine. The stripping machine can replace the artificial application of stripping corn with corn, and can achieve easy and rapid stripping of corn. The rice granules. In order to achieve the goal, the corn stripping machine of this creation consists of a push mechanism, an introduction mechanism, a skeleton mechanism, an export mechanism, a stripping mechanism, and a non-return mechanism. The new system can be used to cut the corn on the platform; the guiding mechanism is provided with a guide pulley for the medium tension margin by means of a pipe to the fine table, and each guide wheel is set by the field. The miscellaneous protrusion extends into the M350230 part of the through pipe, which can define a hole for the corn to pass through; the horizontally floating function of the cutter is arranged at an equal angle to the periphery of the through hole of the disk surface, and the blade of the 2 blade can be passed through The center of the hole is defined to allow the section to pass through the distance; the lead-out mechanism is a four-piece guide flap around the through-hole of a disk surface, and a beam of the meal is used to define the end of the guide leaf. a guide port of the degree; the stripping mechanism has a hollow shaft, a hollow shaft, and a wheel cutter, the wheel cutter is a push rod corresponding to the push structure; the check mechanism is disposed at the touch mechanism The hollow end of the 'Wei Bureau made jade consumption bone and the push rod of the push mechanism are separated; the above-mentioned mechanism is sequentially set Placed on the _ (four) platform, you can combine to become a kind of corn. That is, the wire with the wrapper is placed on the shelving table, and the pusher of the push mechanism is provided to the heart-side of the corn, so that the corn can be pushed forward without being rotated, and the scaffolding mechanism is stably supported by the guiding mechanism. Achieve the purpose of scratching the surface of the wrapper, and the exporting mechanism can continue to support the corn that is axially broken into the wrapper, and the hollow car corresponding to the stripping mechanism, such as the hollow sleeve, the hole diameter is set to be slightly smaller than the jade bone. The diameter, at this time combined with the boring wheel cutter at the front end of the hollow shaft, can be cut into the peripheral surface of the corn heart bone, so that the _ grain and the wrap leaf are separated from the heart bone, to be finished with the secret 'Jade _ heart bone? Knock back to the face of the system, when; - #送机构_ can bribe with it, so as long as the corn with the wrap leaves placed at the table, and the heart and bone of the corn under the check mechanism The stripped rice granules can be collected at the stripping mechanism. [Embodiment] In order to make the technical content of the corn stripping machine of the present invention, and the effect it can produce, it is understood that the description of the preferred embodiment is as follows: 6 M350230 See also - Figure is a schematic diagram of the appearance of the stripping machine for creating corn, = grain 1 gamma - push mechanism! Q, the guiding mechanism 2 g, the scribing mechanism throwing mechanism 40, the -_ mechanism 50 and the non-return mechanism 6 are arranged on a machine 70; wherein: _ sending mechanism 1 〇, The front end of the reducer 12 and the one of the push rods 11 are provided with a portion 14 and a peripheral edge 15 of the bottom edge of the portion 14 and the surface is provided with a length _ section i 6, a push rod i segment 16 moth 12 knot, can be _ Lai Μ operation ^ covering straight Wei; Taiwan i 3_ dislocation in the ^ available belt 四 (four) 17 Xinqing u_i4 and its bottom edge around the jagged edge i 5 pierced jade Seeking a no-rotation _ pro-going; heart-shaped bureau system jade red: with reference to the second and third pictures, the main _ guide money structure and ί 赖, the man-machine _, listening - disk surface 2 i - suitable = 2 ' with the push pipe 2 2 corresponding to the push rod 1 1 of the push mechanism 10; the through pipe 2 guide wheel == notch 23, which can be set by the guide wheel 24; the single-4 series consists of a fixed piece 25 and One round = folds have - seat groove 2 7, the inner shaft has -_, when the guide == in the han ^, so that the 2 7 with the _ roller 2 8 protruding can be four recorded 28 can be in the pass The inside of the tube 22 is defined - ▼ the spacing of the corn leaves 17 that have been wrapped, when - the coil 29 is connected to the bundle M350230 Between the shell 2 Θ end seat groove 27, the four guide wheels 2 5, so that the roller 2 8 spacing has a tight beam margin == more according to the fixed piece, please refer to the fourth, fifth and sixth figures, The creation of the media map, the combination diagram and its horizontal floating display «, the _ mechanism of the cutter decomposition floating function razor is set at equal angles - the tray 3 shirt support level and the cutter 3 2 of the holder 3 4 protrudes from the periphery of the 3 3 of the disk 3 2 to define a - near the center of the jade 3 with a wrapper
!係由一刀座34、二軸臂35、36、；：^;該單支割刀3 簧38所組成；刀座34前端形成有一樞結槽=及拉伸彈 :3,後轴臂36平行轴結架設，而前轴臂⑽端係= 座3 4，可供-拉伸彈簧3 8架設提供拉伸力道，者―刀片3 了 跨越架設在前、後軸臂3 5、3 6底端之間，該^_ 3㈣The system is composed of a holder 34, two-axis arms 35, 36, and the single cutter 3 spring 38; the front end of the holder 34 is formed with a pivoting groove = and the tensile spring: 3, the rear axle arm 36 Parallel shaft erection, while the front axle arm (10) end = seat 34, the tension-stretching spring 38 is erected to provide the tensile force, and the blade 3 is spanned at the bottom of the front and rear axles 3 5, 36 Between the ends, the ^_ 3 (four)
能透過前、後歸3 5、3 6的作動，使別3 7以水平浮動力 道去抵觸玉米1 了的包葉，以其前端彎狀錢3 了丨轴向劃破玉 米17的包葉。如第七圖所示者可於刀片3 7前端設—輪刀3 7 2，此亦能軸向劃破玉米17的包葉。 請配合參看第八、九圖’為本創作導出機構之分解概略圖及 其組合剖示圖，該導出機構4 〇，係由四支導動活頁4 i設置在 -盤面4 2的通孔4 3周邊，該單支導動活頁41頂端樞結有-固疋片4 4，而其末端抛折有一座槽4 5 ;當四支導動活頁41 以固定片4 4ϋ設在盤面4 2通孔4 3周邊，導動活頁41可依 據固疋片4 4擺動’且能在通孔4 3 -側界定出一個縮小導口 4 8 M350230 6，當一彈簧圈47連絡束結在四支導動活頁41末端的座槽4 5之間，便可提供縮小導口4 6得有向中緊束裕度的調動性。 請配合參看第十圖，為本創作剝粒機構及止回機構的組合剖 示圖，該剝粒機構5 0係一空心轴51藉兩軸承座5 2架設機檯 7 0上’而能對應推送機構1〇的推桿11，該空心軸51前端 結合有一輪狀削刀53，而空心轴51位在兩軸承座52之間設 • 一皮帶輪5 4，可藉一皮帶5 5銜接馬達5 6來得有旋轉動力； φ 空心轴51之内徑設定需略小於玉米17之心骨外#，其目的乃 可切削玉米17之心骨肉層，以使剝取的玉米之米顆粒保有完整 的胚芽部位。 請配合參看第十一圖，為本創作土回機構的分解外觀圖，該 止回機構6 0，係由一前蓋β i、一底殼6 2及兩壓掣塊6 3所 組成；而壓掣塊6 3為半圓形狀，其平側面中間設有一錐狀面通 孔6 4，其弧側面設有邊溝6 5，兩壓掣塊6 3以平側面相對靠 • 合’藉—彈性圈6 6束結在邊溝6 5内，便能使兩壓擎塊6 3平 侧面中間所設的錐狀通孔64得有向中緊束裕度的調動性；而夢 彈性11 6 6束結的兩轉塊6 3，係開放狀態設置在前蓋6 ^ 底殼6 2之間’當底殼6 2固設在剝粒麵5⑽空心轴5工東 端（如第十圖所示）與之同步旋轉時，兩束結的卿塊6 3 3处 不與空心軸5 1同步旋轉，且能使其上的錐狀面通孔6 4始= 應空心轴51的孔徑。 ' 如1 _示’當推送機構1〇、導人機構2〇、劃割機構 M350230 3 〇、導出機構4 Ο、剝粒機構5 〇及止回機構6 〇依序設置在 一機檯7 0上，此時推送機構！ 〇 _桿丨i是能對應搁置接工 3中央軸線，及導入機構2 〇之盤面2工的通管2 2中心轴線， 及姻機構3 0之盤面3 2的通孔3 3中心轴線，及導出機構4 Q之盤面42的通孔43中心轴線’及剝粒機構5q之空心軸5 1中心轴線；而本創作玉米之剝粒機具的操作方式乃為： • 將帶有包葉的玉米17放置在擱置檯χ 3上，此時推送機構 • 1〇的推桿11承受減速機12 _力而直線前行，以其前端又 部14、鑛齒邊工5刺入玉米i 7心骨頭端，便能偈制玉米丄7 不旋動的與之同頻行，使玉米i 7由導人機構2 Q之盤面2工 通管2 2進入；此時通管2 2周壁所設四支導輪2 4，可提供向 中緊束力道調整，使玉米工7穩定對應劃割機構3 〇之盤面3 2 之通孔3 3而通過；當通過劃割機構3 〇之盤面3 2的通孔3 3 時’没置在通孔3 3周邊的多數等分角度割刀31，則能以水平 • 浮動力道去抵觸玉米17的包葉，而轴向劃破玉米17的包葉， 並使玉米17穩定對應導出機構40之盤面42的通孔43而行 ； 進；此時導出機構4 〇盤面4 2周邊所設的四支導動活頁4丄， 因具有向巾緊束裕度調動的縮小導口4 6之故龍侷制玉米1 7穩定對應剝粒機構5 〇的空心轴5 1而行進·，當推送機構工〇 的推桿11持續推送玉米17行進至剝粒機構5 0，此時高速旋 轉的空心軸51則能以其前端輪狀削刀5 3對玉米17之心骨内 層作適深⑽彳’待玉米之心骨進人空心軸5 1内部，便能將附著 M350230 在心骨的米顆粒及被軸向等分度切_破的包_取之，直至心 月抵達心軸5 1末端相機構6 G，當玉米1 7的心骨順著兩 壓掣塊6 3錐狀面通孔6 4推擠舰*通過，便為推送機構工〇 的推桿1 1完成推送行程終止而回移，該止回機構6 〇則能以兩 壓掣塊6 3向中緊束張力侷制玉米之心骨與推桿丨i脫離；即操 作者只需在推送機構1〇的擱置檯13放置帶有包葉的玉米1 7，於止回機構6 0取下玉米17的心骨，便能在剝粒機構5 〇 處收集被剝下的玉米之米顆粒。 唯上所述玉米之剝粒機具，僅為本創作之較佳實施例而已， §不能以之限制本創作實施範圍，即舉凡依本創作申請專利範圍 所作之均等變化與修飾，皆應仍屬本創作涵蓋之範圍内。It is possible to pass the front and back of the action of 3 5, 3 6 , so that the other 3 7 with the horizontal floating force to resist the corn leaf 1 , with its front end curved money 3 丨 axially cut the leaves of the corn 17 . As shown in the seventh figure, a wheel cutter 3 7 2 can be provided at the front end of the blade 3 7 , which can also axially cut the wrap of the corn 17 . Please refer to the eighth and ninth drawings, which are an exploded schematic view of the authoring derivation mechanism and a combined sectional view thereof. The derivation mechanism 4 is provided with four guide sheets 4 i in the through hole 4 of the disk surface 4 2 . 3, the periphery of the single-lead guide leaf 41 is pivoted with a solid-fixed piece 44, and the end is folded with a groove 4 5; when the four guide sheets 41 are fixed by the fixed piece 4 4 on the disk surface 4 2 Around the hole 4 3, the guide leaf 41 can be swung according to the solid plate 44 and can define a narrowing guide 4 8 M350230 6 on the side of the through hole 4 3 - 6 when a coil 47 is connected to the four branches Between the slots 45 at the end of the movable page 41, it is possible to provide a mobilization that reduces the tightness of the guide opening 46. Please refer to the tenth figure, which is a combined sectional view of the artificial stripping mechanism and the non-return mechanism. The stripping mechanism 50 is a hollow shaft 51 which can be connected by the two bearing blocks 5 2 to set up the machine 7 0 ' The push rod 11 of the push mechanism 1〇, the front end of the hollow shaft 51 is coupled with a wheel cutter 53, and the hollow shaft 51 is disposed between the two bearing housings 52. A pulley 5 is connected to the motor 5 by a belt 5 5 . 6 has to have rotational power; φ hollow shaft 51 has an inner diameter setting slightly smaller than that of corn 17 core, which is designed to cut the core layer of corn 17 so that the stripped corn grain retains the complete germ. Part. Please refer to the eleventh figure for the exploded appearance of the original soil return mechanism. The non-return mechanism 60 is composed of a front cover β i, a bottom case 6 2 and two pressure blocks 6 3 ; The pressing block 6 3 has a semicircular shape, and a flat surface through hole 6 4 is arranged in the middle of the flat side surface, and a side groove 6 5 is arranged on the side of the arc, and the two pressing blocks 6 3 are opposite to each other by the flat side. The ring 6 6 bundle is knotted in the side groove 65, so that the tapered through hole 64 provided in the middle of the flat side of the two press blocks 6 3 has the mobility of the tight tightening margin; and the dream elasticity 11 6 6 The two turns 6 3 of the bundle are disposed in an open state between the front cover 6 ^ the bottom case 6 2 ' when the bottom case 6 2 is fixed on the east end of the hollow shaft 5 of the stripping surface 5 (10) (as shown in the tenth figure) When it rotates synchronously, the two blocks of the knots 6 3 3 do not rotate synchronously with the hollow shaft 51, and the tapered surface through holes 6 4 can be made to be the aperture of the hollow shaft 51. '如1_示' When the push mechanism 1〇, the guide mechanism 2〇, the scribing mechanism M350230 3 〇, the export mechanism 4 Ο, the stripping mechanism 5 〇 and the check mechanism 6 〇 are sequentially set in a machine 7 0 On, push the mechanism at this time! 〇 _ rod 丨 i is the central axis of the through tube 2 2 which can correspond to the central axis of the resting work 3, and the disk surface 2 of the introduction mechanism 2, and the central axis of the through hole 3 3 of the disk surface 3 2 of the marriage mechanism 30 And the central axis of the through hole 43 of the disk surface 42 of the derivation mechanism 4 Q and the central axis of the hollow shaft 51 of the stripping mechanism 5q; and the operation mode of the corn threshing machine of the present invention is: The corn leaf 17 of the leaf is placed on the shelving table 3, and at this time, the push mechanism of the pusher 11 is subjected to the speed reducer 12 _ force and straight ahead, with the front end portion 14 and the mineral tooth side work 5 piercing the corn i 7 At the end of the heart bone, you can control the corn glutinous rice 7 without rotating it, so that the corn i 7 is entered by the guide body 2 Q disk surface 2 industrial pipe 2 2; at this time, the pipe 2 2 wall wall Four guide wheels 24 are provided, which can provide adjustment to the medium tight force, so that the corn worker 7 can pass through the through hole 3 3 of the disk surface 3 2 of the cutting mechanism 3; when passing through the cutting mechanism 3 When the through hole of 3 is '3', most of the equally divided angle cutters 31 which are not placed around the through hole 3 3 can withstand the wrap of the corn 17 with the horizontal and floating force, and the jade is cut in the axial direction. The wrapper of 17 and the corn 17 are stabilized corresponding to the through hole 43 of the disk surface 42 of the lead-out mechanism 40; at this time; the four guide vanes 4 of the peripheral portion of the lead-out mechanism 4 are guided by the lead-out mechanism 4 The tightness of the bundle is adjusted by the narrowing of the guide port. The result is that the corn 1 7 stabilizes the hollow shaft 5 1 corresponding to the stripping mechanism 5 and travels. When the pusher 11 of the push mechanism continues to push the corn 17 To the stripping mechanism 50, the hollow shaft 51 rotating at a high speed at this time can be made with the front end wheel cutter 5 3 to the inner layer of the core of the corn 17 (10) 彳 'The heart of the corn bone enters the hollow shaft 5 1 Internally, it is possible to attach the M350230 in the heart of the rice particles and the axially grading cut-breaking package_ until the heart reaches the mandrel 5 1 end phase mechanism 6 G, when the corn is 7 7 Two pressing blocks 6 3 tapered surface through holes 6 4 push the ship * through, the push rod 1 1 of the push mechanism work is completed and the push stroke is terminated, and the check mechanism 6 is capable of two pressures. The block 6 3 is detached from the pusher 丨i in the middle of the tightening tension; the operator only needs to place it on the shelving table 13 of the push mechanism 1〇 Corn leaf 17, to remove the non-return mechanism 60 of the core 17 of bone corn, grain stripping mechanism able in at 5 square meters particles are removed and collected as corn. The above-mentioned corn stripping machine is only a preferred embodiment of the present invention, and § cannot limit the scope of the creation of the present invention, that is, all the equivalent changes and modifications made according to the scope of the patent application of the creation should remain This work covers the scope.
11 M350230 【圖式簡單說明】 第-圖、為本創作玉米之剝粒機具之外觀概略示意圖。 第二圖、為本創作導入機構之組合平面視圖。 第三圖、為本創作導入機構之剖示圖。 第四圖、為劃割機構之割刀分解圖。 第五圖、為劃割機構之組合圖。 第六圖、為劃割機構之割刀水平浮動示意圖。 • 第七圖、為劃割機構之割刀刀片另-可行之實施例圖。 第八圖、為本創作導出機構之分解概略圖。 第九圖、為本創作導出機構之組合剖示圖。 第十圖、為本創作剝粒機構及止回機構的組合剖示圖。 第十一圖、為本創作止回機構的分解外觀圖。 【主要元件符號說明】 10推送機構 1 3擱置檯 1 6齒條段 2 1盤面 2 4導輪 2 7座槽 3 0劃割機構 3 3通孔 3 6後軸臂 1 1推桿 1 4叉部 1 7玉米 2 2通管 2 5固定片 2 8滾輪 3 1割刀 3 4刀座 3 7刀片 1 2減速機 1 5鑛齒邊 2 0導入機構 2 3缺口 2 6輪殼 2 9彈簧圈 3 2盤面 3 5剪軸臂 3 8拉伸彈簧 12 M350230 3 41樞結槽 3 7 1刀尖 3 7 2輪刀 40導出機構 41導動活頁 4 2盤面 4 3通孔 44固定片 4 5座槽 46導口 4 7彈簧圈 5 0剝粒機構 5 1空心軸 5 2軸承座 5 3輪狀削刀 5 4皮帶輪 5 5皮帶 5 6馬達 6 0止回機構 6 1前蓋 6 2底殼 6 3壓掣塊 6 4錐狀面通孔 6 5邊構 6 6彈性圈 7 0機棱11 M350230 [Simple description of the diagram] The first figure shows a schematic diagram of the appearance of the stripping machine for the corn. The second figure is a combined plan view of the authoring importing mechanism. The third figure is a cross-sectional view of the creation introduction mechanism. The fourth figure is an exploded view of the cutting blade of the cutting mechanism. The fifth figure is a combination diagram of the scribing mechanism. The sixth figure is a schematic diagram of the horizontal floating of the cutter of the cutting mechanism. • Figure 7, an alternative embodiment of a cutter blade for a scribing mechanism. The eighth figure is an exploded sketch of the authorship derivation mechanism. The ninth figure is a combined sectional view of the creation derivation mechanism. The tenth figure is a combined sectional view of the artificial stripping mechanism and the non-return mechanism. The eleventh figure is an exploded appearance of the creation of the non-return mechanism. [Main component symbol description] 10 push mechanism 1 3 rest table 1 6 rack section 2 1 disk surface 2 4 guide wheel 2 7 seat groove 3 0 scribe mechanism 3 3 through hole 3 6 rear axle arm 1 1 push rod 1 4 fork Department 1 7 corn 2 2 tube 2 5 fixing piece 2 8 wheel 3 1 cutter 3 4 holder 3 7 blade 1 2 reducer 1 5 ore edge 2 0 introduction mechanism 2 3 notch 2 6 wheel housing 2 9 spring coil 3 2 disk surface 3 5 shearing arm 3 8 tension spring 12 M350230 3 41 pivoting groove 3 7 1 cutting edge 3 7 2 wheel cutter 40 exporting mechanism 41 guiding loose leaf 4 2 disk surface 4 3 through hole 44 fixing piece 4 5 seat Slot 46 Guide 4 7 Spring Ring 5 0 Peeling Mechanism 5 1 Hollow Shaft 5 2 Bearing Block 5 3 Wheel Shaving 5 4 Pulley 5 5 Belt 5 6 Motor 6 0 Checking Mechanism 6 1 Front Cover 6 2 Bottom Shell 6 3 compression block 6 4 tapered surface through hole 6 5 side structure 6 6 elastic ring 7 0 machine edge
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