M415006 五、新型說明： 【新型所屬之技術領域】 本創作係指-種金>1料板導正結構，係指—種將賴狀之金 屬料板多次導正並整平之結構。 【先前技術】 按’習用之金屬料板在加工前係捲繞成捲狀而由放料架被拉 出並導入-金屬料板整平結構，以將捲狀之金屬料板予以整平， 籲然後再後續進打金屬加工，而前述整平結構僅藉由數個上壓輪與 數個下壓輪對金屬料板進行整平之動作，因此整平效果大打折 扣，而且金麟板在導送過程偏斜_對造成加工後成品 之誤差，導致不良品率提高。 本創作者乃有鑑於此，經過不斷的研究與改良，乃創作設計 一種金屬料板導正結構。M415006 V. New description: [New technical field] This creation refers to the structure of the gold->1 material plate, which refers to the structure that the metal plate of the Lay-like material is guided and leveled several times. [Prior Art] According to the 'used metal plate, it is wound into a roll before processing, and is pulled out by the discharge rack and introduced into the metal plate leveling structure to level the rolled metal plate. The call is then followed by metal processing, and the aforementioned leveling structure only flattens the metal plate by a plurality of upper pressing wheels and a plurality of lower pressing wheels, so the leveling effect is greatly reduced, and the Jinlin board is The deflection of the guiding process _ causes errors in the finished product after processing, resulting in an increase in the defective product rate. In view of this, the creator has created and designed a metal plate guiding structure through continuous research and improvement.
是以本創作之主要目的乃在於提供一種金屬料板導正結構， 藉由該第二壓缸之缸軸的伸縮動作以帶動該第一擺臂轉動上軸 桿’並相對令上轉_之岐塊所分顺置之凸輪塊的連動抽 可㈣而帶動的二鮮以後軸桿為支社、下擺動，相對可藉 由兩第二擺臂所設之數上壓輪配合孩輪組之數下壓輪對金屬料 板進行導正與整平之動作。 ’ 本創作之次一目的乃在於提供一種金屬料板導正結構，藉由 第一缸軸伸縮位移時即帶動擺動架使該擺動架以前樞軸為支點 上、下擺動，相對可藉前上導輪配合前下導輪對金屬料板之導送 3 件業進行初步導正之動作。 *本創作之再一目的乃在於提供一種金屬料板導正結構，係可 藉由第三驗之_伸綠料即帶動_架使該_架以後拖 轴為支點_L、下鶴’姆可_紅導齡合後下導輪再次導 正金屬料板，以確保可將金屬料板正確而平整的提供後續之金屬 料板的加工作業。 本創作之又-目的乃在於提供—種金屬料板導正結構，其係 可方便的郝上壓輪組相對於下壓輪組之間的間距，以進一步適 用於各種厚度之金屬難的導正與整平作業，擴大其適用細。 【新型内容】 -種金屬驗導正結構，触—種將f捲狀之金屬料板導正 並整平之結構’乃包括-前導輪組、—上壓輪組與—下壓輪組、 -後導輪組等構件所組成，藉由第—㈣伸縮位移時即帶動擺動 架使該擺肺以前姉為支點上、下縣，相射藉前上導輪配 合前下導輪對金祕板之導送件織行初步導正之鱗，且藉由 該第二壓缸之缸軸的伸縮動作以帶動該第一擺臂轉動上軸桿:並 相對令上軸桿兩侧之固定塊所分別設置之凸輪塊的連動軸可旋轉 而帶動兩第二擺臂以後轉為支點上、下獅，相對可藉由兩第 二擺臂所設之數上壓輪配合下壓輪組之數下壓輪對金屬料板進— 導正與整平之動作；另外藉由第三壓缸之缸軸伸縮位移時即帶= 擺動架使該擺動架以後樞軸為支點上、下擺動，相 m町0j籍該後上 導輪配合後下導輪再次導正金屬料板，以確保可將金屬料板正確 M415006 而平整的提供後續之金屬料板的加工作業；再者，本創作亦可方 便的調移上>1輪組相對於下屢輪組之間的間距，以進一步適用於 各種厚度之金屬料板的導正與整平作業，擴大其適用範圍。 茲配合圖式詳加說明如后。 【實施方式】 如圖一〜圖五所示，本創作一種金屬料板導正結構係指一 種將彎捲狀之金屬料板導正並整平之結構，乃包括有： 籲-前導輪組(1)，乃具有-前下導輪⑽另參考圖五)與位於該前下 導輪(11)之上方的前上導輪⑽，而該前下導輪⑼係設於機台⑺ 的兩侧壁(51)之間的前側下方； 一上壓輪組(2)與一下壓輪組(3) ’該上、下壓輪組(2)(3)乃分別具有 數上、下壓輪(21)(31)，且該上壓輪組(2)係位於下壓輪組(3)之上 方，而其中該下壓輪組(3)之數下壓輪⑼係間隔設於機台(5)兩 侧壁(51)之間的中段部位之下方； Φ 一後導輪組(4)，乃具有一後下導輪(41)與位於該後下導輪(41)上方 的後上導輪(42)，而該後下導輪(42)係設於該機台(5)兩侧壁(51) 之間的後侧下方； 其特徵在於： 該前導輪組(1)，其前上導輪(12)係樞設於一擺動架(13)下方之一 侧，而該擺動架(13)之下方另一側則藉一前樞軸(14)與機台(5)之 兩侧壁(51)的前侧樞接，該前述擺動架(13)的上方則另與一軸桿 (18)的兩侧連接，該軸桿(18)並與一或一以上的缸軸(151)之一侧 5 M415006 枢接，而該缸軸(151)另一侧的第一壓缸(15)則固定於機台(5)之 上定位板(52)之前侧，進而令第一壓缸(15)之缸軸(⑸)伸縮位移 時即帶動擺動架(13)使該擺動架(13)以前樞軸(14)為支點上、下 擺動，相對可藉前上導輪(12)St合前下導輪(11}對金屬料板之導 送作業進行初步導正之動作； 該上壓輪組(2)，係包括有兩個位於機台(5)之兩侧壁(51)的相對内 面之第二擺臂(22)(參考圖一、圖五），該兩第二擺臂(22)的下方 之間並樞設前述之數上壓輪(21)，且該兩第二擺臂(22)的前、後 兩端並分別對應設有長槽孔(221)(參考圖五)與樞孔(222)以分別 組設前軸桿(23)與後軸桿(24)於兩第二擺臂(22)之間，而該前述 之刖軸桿(23)之兩侧並分別連結一固定塊(25)，該兩侧的固定塊 (25)之間的上方並設有一上軸桿(20)，且該兩侧的固定塊(25)之 外侧分別連結一凸輪塊(26) ’各凸輪塊(26)之另一侧具有連動軸 (261)以分別樞設於前述兩第二擺臂(22)之上方前端(223)(參考圖 一)另對應設置之樞孔(2231)(參考圖五），而前述兩固定塊(25)之 間所設的上軸桿(20)則另與一或一以上的第一擺臂(27)之下方 (271)(參考圖一)連結固定，丘該前述第一擺臂(27)之上方則與第 二壓缸(28)的缸軸(281)之一侧樞接，藉由第二壓虹(28)之缸軸 (281)的伸縮動作以帶動該第一擺臂(27)轉動上軸桿(2〇)，並相對 令上軸桿(20)兩側之固定塊(25)所分別設置之凸輪塊(26)之連動 轴(261)可旋轉而帶動兩第二擺臂(22)以後軸桿(24)為支點上、下 擺動，相對可藉由兩第二擺臂(22)所設之數上壓輪(21)配合下壓 6 M415006 輪組(3)之數下壓輪pi)對金屬料板進行導正與整平之動作； 該後導輪組(4) ’其後上導輪(42)(參考圖五)係樞設於一擺動架(43) 之下方的一侧，而該擺動架(43)之下方的另一侧則藉一後樞軸 (44)與機台(5)之兩侧壁(5 ”的後侧概接·，該前述之擺動架(43)的 上方則與一軸桿(48)的兩侧連接，該軸桿(48)並與一或一以上的 缸軸(451)之一侧樞接，而該缸軸(451)另一侧的第三壓缸(45)則 係固定於機台(5)之上定位板(52)的後侧，進而令第三壓缸(45)之 • 缸軸(451)伸縮位移時即帶動擺動架(43)使該擺動架(43)以後樞 軸(44)(另參考圖四)為支點上、下擺動，相對可藉該後上導輪(42) 配合後下導輪(41)再次導正金屬料板，以確保可將金屬料板正確 而平整的提供後續之金屬料板的加工作業。 再者，前述上壓輪組(2)之前軸桿(23)與後軸桿(24)兩端各具有 穿出於兩第二擺臂(2¾的凸出部(則㈣乂參考圖二、圖四），以分 別連結滑塊(291)(292)並滑設於機台⑺之兩侧壁⑼所對應形成之 籲滑槽即），且前述各滑塊(29聯2)並進一步分別被昇降機⑹之螺 桿(61)所螺穿，進而當各昇降機⑹之把+ 塊(291)(292)上、下滑移以相對連動前、後轴桿(23χ24)_ ^^ 擺臂(22)上、下滑移，而相對亦達到可方便 於下壓輪組⑶之間的間距之目的，以進一步適用於各種厚度之金 屬料板的導正與整平作業，擴大其適用範圍。 另者，本創作並進-步配合-習知傳動裳置，該傳動裝置包 括有-舰馬達(圖未示），藉由祠服馬達傳動設於後下導輪⑼之 7 M415006 一側的主動齒輪(圖未示），並由該主動齒輪所傳動之從動齒輪組 (圖未示)來傳動前下導輪(11)，由於前述傳動裝置係為習知技術故 不另資述。 綜上所述，本創作可歸納具有下列增進功效： 1. 第一壓缸(15)之缸軸(151)伸縮位移時即帶動擺動架(13)使該擺 動架(13)以前樞軸(14)為支點上、下擺動，相對可藉前上導輪(12) 配合前下導輪(11)對金屬料板之導送作業進行初步導正之動作。 2. 藉由第二壓缸(28)之缸轴(281)的伸縮動作以帶動該第一擺臂(27) 轉動上軸桿(20)，並相對令上轴桿(2〇)兩側之固定塊(25)所分別 δ免置之凸輪塊(26)之連動軸(261)可旋轉而帶動兩第二擺臂(22) 以後軸彳干(24)為支點上、下擺動，相對可藉由兩第二擺臂(22)所 没之數上壓輪(21)配合下壓輪組(3)之數下壓輪(31)對金屬料板 進行導正與整平之動作。 3. 第三壓缸(45)之缸軸(451)伸縮位移時即帶動擺動架(43)使該擺 動架(43)以後樞軸(44)(另參考圖四)為支點上、下擺動，相對可 藉該後上導輪(42)配合後下導輪(41)再次導正金屬料板，以確保 可將金屬料板正確而平整的提供.後續之金屬料板的加工作業。 4. 可方便的調移上壓輪組(2)相對於下壓輪組(3)之間的間距，以進 一步適用於各種厚度之金屬料板的導正與整平作業，擴大其適 用範圍。 η 是以，本案創作乃確具其實用增進功效，乃謹以新型專利申 請之，懇請釣局貴審查委員予以詳查並賜准專利，至感德便。 8 M415006 惟，以上所述者僅為本創作之較佳實施例而已，當不能以之 限疋本創作實软範H，舉凡依本辦_請專·圍所作 變化與修飾皆應仍屬本創作涵蓋之專利範圍内。 = 【圖式簡單說明】 圖一係本創作實施例之立體圖。 圖二係本創作實施例之另一角度部份立體放大圖。 圖三係本創作實施例之另—角度部份立體放大圖。 #圖四係本創作實施例之另一角度部份立體放大圖。 圖五係本麟實施彳狀部份餅側視示意圖。 【主要元件符號說明】 (1)前導輪組 (11)前下導輪 (12)前上導輪 (13)擺動架 (14)前樞軸 (15)第一壓虹 (151)(281)(451)缸軸 (18)(48)軸桿 (2)上壓輪組 (20)上轴桿 (21)上壓輪 (22)第二擺臂 (221)長槽孔 (222)樞孔 (223)上方前端 (2231)樞孔 (23)前軸桿 (231)(241)凸出部 (24)後軸桿 (25)固定塊 (26)凸輪塊 (261)連動軸 (27)第一擺臂 (271)下方 M415006 (28)第二壓缸 (3) 下壓輪組 (4) 後導輪組 (42)種^ 土導輪 (44)後樞軸 (5) 機台 (511)滑槽 (6) 昇降機 (62)把土 (291)(292)滑塊 (31)下壓輪 (41)後下導輪 (43)擺動架 (45)第三壓缸 (51) 侧璧 (52) 上定位板 (61)螺桿The main purpose of the present invention is to provide a metal plate guiding structure, wherein the first swing arm rotates the upper shaft by the telescopic movement of the cylinder shaft of the second cylinder and relatively rotates The interlocking cam block of the block can be pumped (4), and the second shaft is driven by the branch and the lower swing. The number of upper press wheels set by the two second swing arms can be matched with the number of the wheel sets. The lower pressing wheel guides and leveles the metal material plate. The second purpose of the present invention is to provide a metal plate guiding structure. When the first cylinder shaft is telescopically displaced, the swing frame is driven to make the swinging frame pivoted upward and downward as a pivot point, and the front can be borrowed. The guide wheel cooperates with the front lower guide wheel to conduct a preliminary guiding action on the guiding of the metal sheet. * Another purpose of this creation is to provide a metal plate guide structure, which can be driven by the third test _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ After the red lead age is combined, the lower guide wheel re-directs the metal plate to ensure that the metal plate can be correctly and evenly provided for the subsequent processing of the metal plate. The purpose of this creation is to provide a metal plate guiding structure, which is convenient for the spacing between the upper pressing wheel set and the lower pressing wheel set, so as to further adapt to the metal difficulty of various thicknesses. It is working with the leveling work to expand its application. [New content] - A kind of metal inspection guide structure, the structure of the touch-type metal plate of the f-roll is guided and leveled', including - front wheel group, upper pressure wheel group and - lower pressure wheel group, - The rear guide wheel set and other components are composed of the fourth (4) telescopic displacement, which drives the swing frame to make the pendulum lungs fulcrum as the fulcrum upper and lower county, and the front and rear guide wheels cooperate with the front lower guide wheel to the gold secret. The guiding member of the plate woven the preliminary guiding scale, and the telescopic action of the cylinder shaft of the second cylinder drives the first swing arm to rotate the upper shaft: and relatively fixes the fixed blocks on both sides of the upper shaft The linkage axes of the separately arranged cam blocks can be rotated to drive the two second swing arms to be turned into the fulcrum upper and lower lions, and the number of upper pressing wheels provided by the two second swing arms can be matched with the number of the lower pressing wheel sets. The pressure wheel is used to guide and straighten the metal plate; in addition, when the cylinder shaft of the third cylinder is telescopically displaced, the belt swings the swing frame to make the pivot of the swing frame as the fulcrum up and down, and the phase m町0j The rear upper guide wheel cooperates with the lower guide wheel to guide the metal plate again to ensure that the metal plate can be correctly M415006 and level The whole process provides the processing of the subsequent metal plate; furthermore, the creation can also conveniently adjust the spacing between the > 1 wheel set and the lower wheel set to further suit the metal plate of various thicknesses. The guiding and leveling operations expand the scope of application. Please refer to the detailed description of the drawings as follows. [Embodiment] As shown in FIG. 1 to FIG. 5, the metal plate guiding structure of the present invention refers to a structure for guiding and leveling a curved metal plate, which includes: a call-front wheel set (1) has a front lower guide wheel (10) with reference to Fig. 5) and a front upper guide wheel (10) located above the front lower guide wheel (11), and the front lower guide wheel (9) is attached to the machine table (7) Below the front side between the two side walls (51); an upper pressing wheel set (2) and a lower pressing wheel set (3) 'the upper and lower pressing wheel sets (2) (3) respectively have a number of upper and lower pressing a wheel (21) (31), and the upper pressing wheel set (2) is located above the lower pressing wheel set (3), and wherein the lower pressing wheel set (3) has a lower pressing wheel (9) spaced apart from the machine The lower portion of the middle portion between the two side walls (51) of the table (5); Φ a rear guide wheel set (4) having a rear lower guide wheel (41) and above the rear lower guide wheel (41) a rear upper guide wheel (42), and the rear lower guide wheel (42) is disposed below the rear side between the two side walls (51) of the machine table (5); characterized in that: the front guide wheel set (1) The front upper guide wheel (12) is pivoted on one side below a swing frame (13), and the other side below the swing frame (13) is A front pivot (14) is pivotally connected to a front side of the two side walls (51) of the machine table (5), and the upper side of the swing frame (13) is further connected to two sides of a shaft (18), the shaft The rod (18) is pivotally connected to one side of one or more cylinder shafts (151) 5 M415006, and the first cylinder (15) on the other side of the cylinder shaft (151) is fixed to the machine table (5) On the front side of the positioning plate (52), and then the cylinder shaft ((5)) of the first cylinder (15) is telescopically displaced, that is, the swing frame (13) is driven to make the swing frame (13) the pivot (14) as a fulcrum. Swinging up and down, the front upper guide wheel (12) St and the front lower guide wheel (11} can be used to perform a preliminary guiding operation on the guiding operation of the metal plate; the upper pressing wheel set (2) includes Two second swing arms (22) on opposite inner faces of the two side walls (51) of the machine table (5) (refer to FIG. 1 and FIG. 5), and the lower sides of the two second swing arms (22) are pivoted The upper pressing wheel (21) is provided, and the front and rear ends of the two second swing arms (22) are respectively provided with long slot holes (221) (refer to FIG. 5) and pivot holes (222). The front axle (23) and the rear axle (24) are respectively disposed between the two second swing arms (22), and the two sides of the aforementioned axle shaft (23) are respectively A fixing block (25) is connected, and an upper shaft (20) is arranged above the fixing blocks (25) on the two sides, and a cam block is respectively connected to the outer sides of the fixing blocks (25) on the two sides (26). The other side of each cam block (26) has a linkage shaft (261) for pivoting respectively to the upper front end (223) of the two second swing arms (22) (refer to FIG. 1) and correspondingly disposed pivot holes ( 2231) (refer to Figure 5), and the upper shaft (20) disposed between the two fixed blocks (25) is further below (271) with one or more first swing arms (27) (reference drawing a) the connection is fixed, and the upper side of the first swing arm (27) is pivotally connected to one side of the cylinder shaft (281) of the second pressure cylinder (28), and the cylinder shaft of the second pressure rainbow (28) The telescopic action of (281) drives the first swing arm (27) to rotate the upper shaft (2〇), and the cam block (26) respectively disposed on the fixed blocks (25) on both sides of the upper shaft (20) The linkage shaft (261) can rotate to drive the two second swing arms (22) to swing the shaft (24) up and down as a fulcrum, and the relative pressure can be set by the two second swing arms (22) The wheel (21) cooperates with the pressing of the 6 M415006 wheel set (3) and the lower pressing wheel pi) to guide and level the metal plate. The rear guide wheel set (4) 'the rear upper guide wheel (42) (refer to FIG. 5) is pivotally disposed on a side below the swing frame (43), and below the swing frame (43) The other side is connected to the rear side of the two side walls (5" of the machine table (5) by a rear pivot (44), and the upper side of the aforementioned swing frame (43) is coupled to a shaft (48). The two sides are connected, the shaft (48) is pivotally connected to one side of one or more cylinder shafts (451), and the third cylinder (45) on the other side of the cylinder shaft (451) is fixed. The rear side of the positioning plate (52) on the machine table (5), and then the cylinder shaft (451) of the third pressure cylinder (45) is telescopically displaced, that is, the swing frame (43) is driven to make the swing frame (43) The rear pivot (44) (see FIG. 4) further swings the fulcrum up and down, and the rear upper guide wheel (42) can be used to cooperate with the rear lower guide wheel (41) to guide the metal plate again to ensure that the metal can be The material plate is correctly and evenly provided for the subsequent processing of the metal sheet. Furthermore, before the upper pressing wheel set (2), both ends of the shaft rod (23) and the rear shaft rod (24) have projections that are worn by the two second swing arms (23 (4), see FIG. Figure 4), respectively, connecting the sliders (291) (292) and slidingly disposed on the two side walls (9) of the machine table (7) corresponding to the formation of the sliding groove, ie, the aforementioned sliders (29 to 2) and further respectively It is screwed by the screw (61) of the lifter (6), and then the lower block (291) (292) of each lift (6) is slid down to relatively interlock the front and rear axles (23χ24) _ ^^ swing arm (22 ) The upper and lower sliding movements are relatively easy to achieve the purpose of facilitating the spacing between the lower pressing wheel sets (3), so as to further apply to the guiding and leveling operations of metal sheets of various thicknesses, and to expand the scope of application thereof. In addition, the creation and the step-by-step cooperation - the conventional transmission skirt, the transmission includes a - ship motor (not shown), by the motor drive drive on the rear lower guide wheel (9) 7 M415006 side of the initiative A gear (not shown) is driven by a driven gear set (not shown) driven by the drive gear to drive the front lower guide wheel (11). Since the transmission is a conventional technique, it is not described separately. In summary, the creation can be summarized as follows: 1. When the cylinder shaft (151) of the first cylinder (15) is telescopically displaced, the swing frame (13) is driven to pivot the frame (13). 14) For the fulcrum to swing up and down, the front upper guide wheel (12) can be used to cooperate with the front lower guide wheel (11) to conduct a preliminary guiding operation on the guiding operation of the metal plate. 2. The first swing arm (27) is rotated by the telescopic action of the cylinder shaft (281) of the second cylinder (28) to rotate the upper shaft (20), and opposite sides of the upper shaft (2〇) The interlocking shaft (261) of the cam block (26) of the fixed block (25) can be rotated to drive the two second swing arms (22), and the shaft dry (24) is pivoted up and down as a pivot point. The metal plate can be guided and leveled by the upper pressing wheel (21) which is not provided by the two second swing arms (22) and the lower pressing wheel (31) of the lower pressing wheel set (3). 3. When the cylinder shaft (451) of the third cylinder (45) is telescopically displaced, the swing frame (43) is driven to swing the swing frame (43) rear pivot (44) (see Fig. 4) as a pivot point. Relatively, the rear upper guide wheel (42) can be used to cooperate with the rear lower guide wheel (41) to guide the metal plate again to ensure that the metal plate can be provided correctly and evenly. The subsequent metal plate processing operation. 4. It is convenient to adjust the spacing between the upper pressing wheel set (2) and the lower pressing wheel set (3) to further apply to the guiding and leveling operations of metal plates of various thicknesses, and to expand the scope of application. . η Yes, the creation of this case does have its practical and effective effect. It is a new type of patent application, and please ask the review board of the fishing bureau to investigate and grant the patent. 8 M415006 However, the above is only the preferred embodiment of this creation. When it is not possible to limit the actual softness of this creation, it is still true that the changes and modifications made by this Within the scope of the patent covered by the creation. = [Simple description of the drawings] Fig. 1 is a perspective view of the present embodiment. Figure 2 is a perspective enlarged view of another angle portion of the present embodiment. Figure 3 is a perspective enlarged view of another angle portion of the present embodiment. #图四 is a perspective enlarged view of another angle portion of the present embodiment. Figure 5 is a side view of the part of the lining of the lining. [Description of main component symbols] (1) Front wheel set (11) Front lower guide wheel (12) Front upper guide wheel (13) Swing frame (14) Front pivot (15) First pressure rainbow (151) (281) (451) Cylinder shaft (18) (48) Shaft (2) Upper pressure wheel set (20) Upper shaft (21) Upper pressure wheel (22) Second swing arm (221) Long slot (222) Shaft hole (223) upper front end (2231) pivot hole (23) front shaft (231) (241) projection (24) rear shaft (25) fixing block (26) cam block (261) linkage shaft (27) Below the swing arm (271) M415006 (28) The second pressure cylinder (3) The lower pressure wheel set (4) The rear guide wheel set (42) The type of soil guide wheel (44) Rear pivot (5) Machine table (511 ) Chute (6) Lift (62) Pull soil (291) (292) Slider (31) Lower press wheel (41) Rear lower guide wheel (43) Swing frame (45) Third pressure cylinder (51) Side 璧(52) Upper positioning plate (61) screw