M265128 八、新型說明： 【新型所屬之技術領域】 本創作係關於-種金屬面板成型機之整平裝置， -種於金屬面板完成二側摺邊之成型作錢，可用以：二 因成型摺邊過程中金屬面板表面所產生之皺痕的整平^ 設計。 先前技術】 目則常見應用於各式建築物之隔熱壁板設計，其主要 包括有-可固接於建築物牆壁上的純，以及一可與該底 板相互組接之金屬面板，且底板與金屬面板之間可充填 熱材，如第六圖所#，習知隔熱壁板之金屬面板（4 )、： :面概呈η形狀的型體，且其二側周緣分別朝内f曲形成 摺邊（4 1 )，用以於該金屬面板（4 )内側形成供隔熱 材充填之容置空間（4 2 )，以及供底板組接之組接部（ 3 )，而構成一習知之隔熱壁板，且該摺邊（4丄）之 設計可提供數個隔熱壁板相互搭接使用，#此，以該金屬 板（4 )、底板及隔熱材所構成之隔熱壁板，即可以若 相互串接後没置於建築物之牆壁上，進而構成一大面 積之隔熱壁面。 ，述金屬面板"）之摺邊""的成型方式，主 ''金屬面板成型機予以成型，習知金屬面板成型機 j係具有一動力裝置，以及一由該動力裝置所驅動的滾 輪扁置，其滾輪裝置設置數組可逐漸滾壓成型出該金屬面 板（4 )之二側摺邊（4 1 )的滾輪組，當欲加工之金屬 M265128 面板由成型機之動力一 作後，該金屬面板、^别迗經各滾輪組進行滾壓動 定造型之摺邊（4工）4。）之二側周緣即可朝内弯曲形成預 又，隔熱壁极在作為建築 其金屬面板（4)介^、、”牆土之隔熱壁面用途後， , 為兼具建築物室内$、、备計的一# 份，故該金屬面板Γ ^ ^ ^ σΧ r ^ 邛 部之室内設計所呈…的表面是否平整，對於建築物内 ,r,w„ 現視覺效果影響甚链。惟一般該金屬面 板（4 )之整體形处μ ^ · ,} I、 ^ ，、猎由習知金屬成型機之滾輪裝置予 以成i，其過程必靈 、 斷又滾輪裝置各滾輪組之滾壓作用 ’以迫使该金屬面纟, (4 )受擠壓而逐漸彎曲變形，因此 ，該金屬面板（4 )扁—士 y t t ^在70成二側摺邊（4 1 )之成型作業 後，其表面或摺邊γ 、 遠（4 1 )附近即會產生皺痕，使金屬面 板（4 )之表面平答#卜士去么匕Λ考 ^ (生未此符合要求，在作為隔熱壁面用 途時容易影響建築物内部之觀瞻。 【新型内容】 因此’為改善金屬面板成型機成型後之金屬面板容易 產生皺摺的缺點，I創作者乃研發設計出一種「金屬面板 成型機之整平裝置」’希藉此設計’肖以去除金屬面板於 成型後之表面及摺邊附近所產生的皺痕，使其表面平整性 符合標準’為其主要之創作目的。 為達到則述創作目的，本創作所運用的技術手段係在 於提供一種金屬面板成型機之整平裝置，主要係設置於金 屬面板成型機之機架上且相對於滾輪裝置之後方，其係由 傳動組、整平滾輪組及調整組所組成，其中： 5 M265128 傳動組具有柩接於機架上 ·. 組由齒輪帶動旋轉的輪户 *，傳動軸上間隔設置二 、第二軸桿； 件一組軸桿組件分別具有第一 整平滾輪組具有分別設置於二 二軸桿上的第一、第_ 軸杯，·且件之第一、第 弟一成型滾輪，該第一、 周面形成凹槽，且第一 一成型滾輪 之間具有間距； 成31滾輪對應配合後其凹槽 調整組具有沿傳動桿輪向方向設置之軌道， 接第-、第二移動塊，第一 <上活動組 軸桿上，該二第一移動持第—移動塊套設於各第-、第二 移動塊之間設置定位件，該二 分別才區接螺桿，虫累士日6擔 一^移動塊上 ★ 枰累才干自機架内側穿伸出外側且螺拯“ ，藉螺桿之旋轉帶勤笛_ 、 ； 5亥機架上 干之㈣帶動第一移動塊於軌道上移動， 第一成型滾輪之凹槽間的間隙。 、’、減第、 猎由上述結構設計，該整平裝置主要係以 —移動塊於軌道上移動，以縮小改變第一、第 ' 第 之凹槽間的間隙，，第…， 成型滾輪 滾壓作用—叮二 成型滚輪對金屬面板施以 作用打，可再次壓擠金屬面板二側摺邊， 邊產社外曰 便其一側摺 遺產生被！之延展，造成金屬面板二側 力，斗處山a J y卜擴張之應 應力會使金屬面板之表面皺痕得以消除。 【實施方式】 為使貴審查委員可確實了解本創作之結構設計，及 其它創作目的與功效，以下茲舉出一具體實施 圖式詳細說明如下： 5 有關本創作之具體實施設計，請參閱第一圖及第二圖 6 M265128 所示 本創作金屬面板成型機之整平裝置（1 )，主要係 設置於金屬面板成型機之機架（2 )上，且相對位於其滾 輪裝置之後方位置，該整平裝置（1 )主要係由傳動組（ 1 0 )、整平滾輪組（2 〇 )及調整組（3 〇 )所組成， 其中： 傳動組（1 0 )主要係具有一橫向樞接於機架（2 ) 上之傳動軸（1 1 )，該傳動軸（；L丄）係由金屬面板成 以驅動旋轉，傳動轴 12)，該軸桿組件 輛向位移的傳動齒輪 方分別縱向設置二相 1 2 3 )，其中，第 )上分別設置相互嚙 1 2 6 }，且第一軸 ★( 1 2 1 )相互嚙合 第二齒輪（1 2 R、M265128 8. Description of the new type: [Technical field to which the new type belongs] This creation is about-a leveling device for a metal panel forming machine,-a type of money for a metal panel to complete the two-side hemming molding, which can be used for: two-factor molding folding Leveling of wrinkles generated on the surface of the metal panel during the edge process ^ Design. Previous technology] It is commonly used in the design of thermal insulation siding of various buildings, which mainly includes-pure and can be fixed to the wall of the building, and a metal panel that can be combined with the floor, and the floor The metal panel can be filled with a hot material, as shown in the sixth figure. The metal panel (4) of the heat-insulating wall panel is known as: the shape of the surface is approximately η, and the peripheral edges of its two sides are inward. The folded edge (4 1) is bent to form an accommodation space (4 2) for filling the heat insulation material inside the metal panel (4), and an assembly part (3) for assembling the bottom plate to form a The conventional heat insulation wall board, and the design of the hem (4 丄) can provide several heat insulation wall boards overlapping each other for use. #Here, the metal plate (4), the bottom plate and the insulation material constitute a partition. Hot wall panels can be placed on the wall of a building after being connected to each other, thereby forming a large area of heat insulation wall surface. For the forming method of the metal panel ") hem " ", the main `` metal panel forming machine is used for forming. The conventional metal panel forming machine j has a power unit and a power unit driven by the power unit. The rollers are placed flat, and the roller device set array can be gradually rolled to form the roller set of the two side flanges (4 1) of the metal panel (4). When the metal M265128 panel to be processed is made by the power of the molding machine, the Metal panel, ^ Do not roll through the rollers to set the hem of the fixed shape (4 workers) 4. The peripheral edges of the two sides can be bent inward to form a pre-construction. After the insulation wall pole is used as the insulation wall surface of the metal panel (4) of the building, the “wall soil” is used as the building interior. ， ^ A part of the plan, so the metal panel Γ ^ ^ ^ σχ r ^ Whether the surface of the interior design of the crotch is flat or not, for the building, the visual effects of r, w „have a great impact on the chain. However, in general, the overall shape of the metal panel (4) μ ^ ·,} I, ^, and I are made into i by the roller device of the conventional metal forming machine, and the process must be performed, and the rollers of each roller group must be rolled. "Pressing action" to force the metal surface 纟, (4) is gradually deformed by being squeezed. Therefore, the metal panel (4) is flat-ytt ^ After the forming operation of 70% two-side flange (4 1), A wrinkle will appear on the surface or the fold γ, near (4 1), so that the surface of the metal panel (4) is flat. # 卜士 去 么 匕 Λ 考 ^ (If this does not meet the requirements, it is used as a thermal insulation wall surface When it is used, it is easy to affect the outlook of the building. [New content] Therefore, 'In order to improve the shortcomings of the metal panel molding machine after the metal panel is prone to wrinkle, the creator of the I developed a "leveling of the metal panel molding machine. "Installation" "Hope this design" Shaw to remove the wrinkles generated on the surface of the metal panel and the vicinity of the hem, so that the surface flatness meets the standard "is its main creative purpose. In order to achieve the creative purpose of this article, The technical means used in this creation It is to provide a leveling device for a metal panel forming machine, which is mainly arranged on the frame of the metal panel forming machine and behind the roller device. It is composed of a transmission group, a leveling roller group and an adjustment group. ： 5 M265128 The transmission group is connected to the frame.. The group is driven by gear wheels. The transmission shaft is provided with two and second shafts at intervals. One set of shaft components has a first leveling roller group. The first and second shaft cups are respectively arranged on the two and two shafts, and the first and second forming rollers of the first and second parts are formed with grooves on the first and peripheral surfaces. Pitch: After the 31 rollers are correspondingly matched, the groove adjusting group has a track set in the direction of the transmission rod wheel direction, and is connected to the first and second moving blocks. On the first &upper; The first-moving block is set between each of the first- and second-moving blocks. Positioning parts are set up. These two are respectively connected to the screw. Out of the outside and screw ", by the screw's rotating belt Flute _, ； The dry cymbals on the frame are used to drive the first moving block to move on the track, and the gap between the grooves of the first forming roller is designed by the above structure. The leveling device mainly Based on-the moving block moves on the track to reduce and change the gap between the first and the first groove, the first, the rolling effect of the forming roller-Ding Er's forming roller applies the action to the metal panel and can be used again Squeeze the two sides of the metal panel, and the side of the side panel will cause the side of the metal panel to be folded! The extension will cause the two side forces of the metal panel. The stress of Dou Chuanshan ’s expansion will cause the surface of the metal panel to wrinkle. [Implementation method] In order for your review committee to know the structure design of this creation, and other creation purposes and effects, here is a detailed description of a specific implementation scheme: 5 Specific implementation design of this creation Please refer to the first figure and the second figure. The leveling device (1) of the original metal panel forming machine shown in M265128 is mainly set on the frame (2) of the metal panel forming machine and is relatively located on it. Behind the wheel device, the leveling device (1) is mainly composed of a transmission group (10), a leveling roller group (20) and an adjustment group (30). Among them: the transmission group (1 0) mainly It has a transmission shaft (1 1) that is pivotally connected to the frame (2). The transmission shaft (; L 丄) is made of a metal panel to drive the rotation. The transmission shaft 12). The transmission gears are respectively provided with two phases 1 2 3) in a longitudinal direction, wherein the first and second shafts (1 2 1) are respectively engaged with the second gear (1 2 R,
塑機原有之動力裝置（圖中未示）予 (1 1 )上間隔設置二組轴桿組件（ (1 2)具有可於傳動軸（1 1)上 (121)，傳動齒輪（121)下 鄰之第一、第二軸桿（122)、（ 一、第二軸桿（122) 、 （123 合之第一、第二齒輪（125)、（ 桿（1 2 2 )上端另設置與傳動齒輪 之被動齒輪（124)，前述第一、 、（1 2 6 )於嚙合後，其齒隙與齒 距0 整平滾輪組 、也种桿組件 2 λ 12)之第一、第二軸桿（122 第一、第二成塑滾輪（21)、 （2? 下端的 ^ )，該第一 々 成塑滾輪（2 1 ) 、 （ 2 2 )周面形成門β· 4 、第二 狀的凹槽（2 1 1 ) 、 （ 2 2 1 )，該凹描r 〇奇心形 (2 2 1 )之形狀係配合成型後之金屬面^ 、 反（4)的摺邊 7 M265128 (41)形狀，且第一、第二成型滾輪（21) 、（22 )可配合不同形狀之金屬面板（4 )的摺邊（4 1 )進行 更換。 請配合參閱第三圖所示，調整組（3 0 )具有二沿著 傳動桿（1 1 )之軸向方向平行設置於機架（2 )上之軌 道（31)，軌道（31)上活動組接若干套設於前述各 第一、第二軸桿（122) 、 （123)上的第一、第二 移動塊（3 2 ) 、 (33)，其中，該二第一移動塊（3 2 )之間設置定位件（3 4 )，該二第二移動塊（3 3 ) ® 上分別樞接螺桿（3 5 )，其螺桿（3 5 )係自機架（2 )内側穿伸出其外側，並且與該機架（2 )呈螺接狀態， 該螺桿（3 5 )位於機架（2 )内側之一端與第二移動塊 (3 3 )樞接定位，藉此，該螺桿（3 5 )於機架（2 ) 上旋轉時，可帶動第二移動塊（3 3)於執道（3 1 )上 滑行移動。 前述定位件（34)可為固定式或可調整式，為固定 φ 式設計時，第一成型滾輪（2 1 )必需先預設為對應前一 道滾輪組各滾輪之相關位置，為可整式設計時，主要係於 一第一移動塊（3 2 )上樞接螺桿（3 4 1 )，於另一第 一移動塊（3 2 )上枢接與該螺桿（3 4 1 )相互螺接的 套筒（3 4 2 )，藉此，當該螺桿（3 4 1 )及套筒（3 4 2 )以不同方向旋轉時，即可控制二第一移動塊（3 2 )於執道（3 1 )上滑行移動，如第二圖及第三圖所示。 前述螺桿（3 5 )穿出機架（2 )外側之一端分別設 8 M265128 置手輪（3 5 1 )，以便於直接利用該手輪（3 5 1 )控 制螺桿（3 5 )旋轉作動，如第一圖所示。 前述第―、第二移動塊（32) 、 （33)上設有供 第一、第二車由桿（122) 、 （123)穿伸其中的通孔 該通孔中設置可套設於第一、第二軸桿（1 2 2 )、（ 1 2 3 )上的車由承（3 6 )，如第一圖所示。 前述第一、第二移動塊（3 2 ) 、 （ 3 3 )對應二平 灯又置之執道（1 1 )二側分別形成可組接其上的滑槽（ 3 2 1 ^ 、（331)，使該第一、第二移動塊（32) # (3 3 )可順利於軌道（1 1 )上滑行移動，如第二圖 及第三圖所示。 一道滾輪組各滾輪 屬面板（4 )之整 之滾輪裝置後方位 ，請參閱第四圖所 利用手輪（3 5 1 二移動塊（3 2 ) )方向移動些微距 設置其上之第二成 等構件同時位移， 2 6 )嚙合後之齒 第二齒輪（工2 6 輪（1 2 5 )，且 ，第一成型 之相關位置 平作業時， 置，並配合 示，該整平 )控制螺桿 分別於執道 離，進而帶 型滾輪（2 由於第一、 隙與齒隙之 )微小距離 兩者之間仍 滾輪（2 1 )設 ，該整平裝置（ 主要係設置金屬 該金屬面板成型 裝置（1 )於運 (3 5 )旋轉作 (3 1 )朝向定 動第二軸桿（1 2 )、第二齒輪 苐二齒輪（1 2 間係保留一定的 定為對應肯 1 )用於名 面板成型相 機同步運 作前，係失 動，使二第 位件（3 5 2 3 )以及 (12 6) 5 )、（ 1 間距，故言|The original power unit (not shown) of the plastic machine is provided with two sets of shaft assemblies (1 1) spaced apart ((1 2) has a transmission shaft (1 1) (121) and a transmission gear (121) The upper and lower ends of the first and second shafts (122), (a, second shafts (122), (123 combined first and second gears (125), and (1 2 2)) The passive gear (124) of the transmission gear, after the aforementioned first, and (1 2 6) mesh, the backlash and the tooth pitch of the flattened roller group and the first and second shafts of the rod assembly 2 λ 12) The rod (122 first and second plastic rollers (21), (2? ^ At the lower end), the first plastic roller (2 1), (2 2) peripheral surface forms a door β · 4, second shape The grooves (2 1 1) and (2 2 1). The shape of the concave trace 〇 odd heart shape (2 2 1) is matched with the metal surface after molding ^, the reverse (4) hem 7 M265128 (41 ) Shape, and the first and second forming rollers (21), (22) can be replaced with the folded edge (4 1) of the metal panel (4) of different shapes. Please refer to the third figure to adjust the group ( 3 0) has two axial directions along the transmission rod (1 1) The tracks (31) are arranged on the rack (2) in a direction parallel to each other. A plurality of sets of first and second sets of the first and second shafts (122) and (123) are movably assembled on the track (31). Two moving blocks (3 2) and (33), wherein a positioning member (3 4) is provided between the two first moving blocks (3 2), and the two second moving blocks (3 3) ® are respectively pivoted with screws (3 5), the screw (3 5) is penetrated from the inside of the frame (2) to protrude from the outside, and is screwed with the frame (2), and the screw (3 5) is located at the frame (2) One end of the inner side is pivotally positioned with the second moving block (3 3), so that when the screw (3 5) rotates on the frame (2), the second moving block (3 3) can be driven to execute the road (3 1) Sliding upward. The aforementioned positioning member (34) can be fixed or adjustable, and when it is a fixed φ design, the first forming roller (2 1) must first be preset to correspond to the corresponding rollers of the previous roller group. When the position is an integral design, it is mainly connected to a screw (3 4 1) on one first moving block (3 2), and is connected to the screw (3 4) on another first moving block (3 2). 1) screwed to each other A sleeve (3 4 2), by which, when the screw (3 4 1) and the sleeve (3 4 2) are rotated in different directions, the two first moving blocks (3 2) can be controlled to execute the channel (3 1) Slide up, as shown in the second and third figures. The screw (3 5) exits one end of the frame (2) and is provided with 8 M265128 handwheels (3 5 1) for direct use. The hand wheel (3 5 1) controls the rotation of the screw (3 5), as shown in the first figure. The aforementioned first and second moving blocks (32), (33) are provided with through holes through which the first and second vehicle levers (122), (123) extend, and the through holes can be set on the first through second holes. 1. The car on the second axle (1 2 2), (1 2 3) is supported by (3 6), as shown in the first figure. The first and second moving blocks (3 2) and (3 3) corresponding to the two flat lamps are placed on the other side (1 1). The two sides respectively form chute grooves (3 2 1 ^, (331 ), So that the first and second moving blocks (32) # (3 3) can smoothly slide on the track (1 1), as shown in the second and third figures. Each roller of a roller group is a panel ( 4) For the rear position of the complete roller device, please refer to the handwheel (3 5 1 2 moving block (3 2)) used in the fourth figure to move some of the macro components set on it at the same time, 2 6 ) After the meshing, the second gear (2 6 wheels (1 2 5)), and the relevant position of the first molding when the operation is flat, set, and cooperate with, the leveling) control screw is separated from the road, and then The belt roller (2 due to the first, the gap and the backlash) is still provided with the roller (2 1) between the two. The leveling device (mainly the metal panel forming device (1) is installed in Yun (3) 5) Rotate the operation (3 1) to move the second shaft (1 2), the second gear and the second gear (1 2 is reserved to a certain extent and it is corresponding to Ken 1). The front panel forming operation for phase synchronous machines, the lost motion system, so that two of the positioning member (3523) and (126) 5), (1 pitch, it made |
的位移量並不會牽動第一齒 維持在嚙合狀態，而第一、 9 M265128 第二成型滾輪（21) 、 （22)之凹槽（211)、（ 2 2 1 )間的間隙則會相對縮小，令該間隙略小於金屬面 板成型機中最後一道滾輪組之各滚輪彼此之間的間隙。 該整平裝置（1 )開始運作時，其傳動軸（1 1 )係 受金屬面板成型機之動力裝置驅動而旋轉，以帶動其上之 二傳動齒輪（121)同時旋轉，該二傳動齒輪（121 )係藉由與被動齒輪（1 2 4)之相互嚙合作用帶動第一 軸桿（1 22)旋轉，再由第一軸桿（1 22)透過第一 、第二齒輪（125)、 （126)的相互嚙合作用帶動 · 第二軸桿（1 2 3)反方向旋轉，進而令前述第一、第二 成型滾輪（2 1 )、（ 2 2 )分別以不同方向旋轉作動 ，此時，該通過金屬面板成型機中最後一道滾輪組完成成 型作業之金屬面板（4)，即可進入該整平裝置（1)進 行整平作業，且其二側已成型完成之摺邊（4 )，係進入 第一、第二成型滾輪（21) 、 （22)之凹槽（211 )、（2 2 1 )間再次進行滾壓動作，由於該凹槽（2 1 φ 1 ) 、 （ 2 2 1 )之間隙小於前一道滾輪組各滾輪間的間 隙，因此，金屬面板（4 )在承受第一、第二成型滾輪（ 2 1) 、 （ 2 2 )滾壓作用的過程中，可再次壓擠該金屬 面板（4 )二側摺邊（4 1 )部位，以有效消除摺邊（4 )附近的摺痕，另利用金屬面板（4 )之金屬材質所具有 的延展性，使金屬面板（4 )二側摺邊產生微量之延展， 造成金屬面板二側產生向外擴張之應力，此應力會使金屬 面板（4 )之表面皺痕得以消除。 10 M265128 又，請參閱第五圖所示，該整平萝 衣罝（1 )於眘卩奴、笛 作前，亦可先以不同方向微調旋轉定 、、不連 、 午（3 4 )之螺炉 (3 4 1 )及套筒（3 4 2 ),使二第— ）之螺杯 、 移動塊（2 9、 於執道（3 1 )移動些微距離，進而帶 切弟一車由才曰f 1 〇 2)以及設置其上之第一成型滾輪（2l) 、#干 125)、被動齒輪（124)箄爐彼η 第 齒輪（ wQ丄Ζ 4 )辱構件同時位移，豆 被動齒輪（1 2 4 )位移同時亦帶動相嚙人 "， i 2 )於傳動軸（χ χ )移動…二動齒輪（ ^ 第二齒輪（ 1 2 5 )、（ 1 2 6 )嚙合後之齒隙與齒隙 〃 w丨永之間仍保留一 定的間距’故該第…（125)之微小距離的位移並 不會牵動第二齒輪（126)，藉此，可，利用定位件（3 4 )微調第-成型滚輪（2丄）之位置，♦第一成型滾輪 (2 1 )精確對應前一道滾輪組各滾輪之相關位置以利 於進行後續之整平作業。 由上述結構特徵及組合方式，本創作金屬面板成型機之 整爭裝置（1 )的特點在於： 可利用螺桿（3 5 )之旋轉控制第二移動塊（3 3 )於 軌道（3 1 )上滑行移動，進而微調縮減第一、第二成型 滾輪（21) 、（22)之凹槽（211) 、（221) 間的間隙’以再次對完成摺$ ( 4丄）成型作業的金屬面 板（4 )進灯滾壓動作，進而消除摺邊（4 )附近及其表 面的敏痕使亥金屬面板（4 )在搭配底板及隔熱材構成 隖熱壁板後’在應用於建築物牆壁之隔熱壁面用途後，其 表面平1 f生可付合標準，使建築物内部之室内設計呈現更 11 M265128 佳的美觀視覺效果。 面板成型機之整平 使其構成隔熱壁板後 裝置 適用 由以上的說明可知，本創作金屬 可用以消除金屬面板表面之級痕， 於建築物内部裝潢設計，其確為一相當優異之設計 【圖式簡單說明】 第一圖係本創作之正視圖。 第二圖係本創作之俯視圖。The amount of displacement will not affect the first tooth to maintain the meshing state, and the gap between the grooves (211) and (2 2 1) of the first and 9 M265128 second forming rollers (21) and (22) will be relatively Reduce the gap so that the gap is slightly smaller than the gap between the rollers of the last roller set in the metal panel forming machine. When the leveling device (1) starts to operate, its transmission shaft (1 1) is driven and rotated by the power device of the metal panel forming machine to drive the two transmission gears (121) thereon to rotate at the same time. 121) The first shaft (1 22) is driven to rotate by the interaction with the passive gear (1 2 4), and then the first shaft (1 22) passes through the first and second gears (125), ( 126) The mutual meshing action drives the second shaft (1 2 3) to rotate in the opposite direction, thereby causing the aforementioned first and second forming rollers (2 1) and (2 2) to rotate in different directions. At this time, The metal panel (4) that has been formed by the last roller set in the metal panel forming machine can enter the leveling device (1) to perform the leveling operation, and the folded edges (4) on the two sides have been formed. The rolling action is performed again between the grooves (211) and (2 2 1) of the first and second forming rollers (21) and (22). Since the grooves (2 1 φ 1) and (2 2 1) ) Is smaller than the gap between the rollers of the previous roller set, so the metal panel (4) During the rolling action of the two forming rollers (2 1) and (2 2), the two sides of the metal panel (4) can be pressed again on the hem (4 1) to effectively eliminate the folds near the hem (4). In addition, the ductility of the metal material of the metal panel (4) is used to make the two sides of the metal panel (4) have a small amount of elongation, resulting in outward expansion stress on the two sides of the metal panel. This stress will make the metal The surface wrinkles of the panel (4) are eliminated. 10 M265128 Also, please refer to the fifth picture, the leveling Luo Yi 罝 (1) can be fine-tuned in different directions before the 卩, 不, and 作 (3 4). Screw furnace (3 4 1) and sleeve (3 4 2), so that the screw cup and moving block (29, Yu Zhidao (3 1)) move a little distance, and then take the brother to the car (F 1 〇2) and the first forming roller (2l), #dry 125), the passive gear (124), the furnace gear (wQ 丄 Z 4), and the passive gear ( 1 2 4) The displacement also drives the interlocking man, "i 2) moves on the transmission shaft (χ χ) ... the second-moving gear (^ the second gear (1 2 5), (1 2 6) meshes the backlash There is still a certain distance from the backlash 〃 w 丨 y ', so the displacement of the minute distance of (125) will not affect the second gear (126). Therefore, the positioning member (3 4 ) Fine-tune the position of the second forming roller (2 丄). ♦ The first forming roller (2 1) accurately corresponds to the position of each roller of the previous roller group to facilitate subsequent leveling operations. From the above The structural features and combination methods of the original device (1) of the original metal panel forming machine are characterized by: The second moving block (3 3) can be slid on the track (3 1) by using the rotation of the screw (3 5). , And then fine-tuning and narrowing the gap between the grooves (211) and (221) of the first and second forming rollers (21), (22), so as to fold the metal panel (4) to complete the forming operation again (4) The rolling action of entering the lamp, thereby eliminating the sensitive marks near the hem (4) and its surface, so that the metal panel (4) is used in the heat insulation of the building wall after being formed with the base plate and heat insulation material to form a hot wall panel. After the wall is used, its surface is flat and can meet the standard, so that the interior design of the building presents a more beautiful visual effect of 11 M265128. The leveling of the panel forming machine makes it constitute a thermal insulation panel. It can be seen that this creative metal can be used to eliminate the grade marks on the surface of the metal panel. It is indeed a very good design for the interior decoration design of the building. [Schematic description] The first picture is the front view of the creation. Pictures are from this creation View.
第三圖係本創作局部立體外觀示意圖。 第四圖係本創作之使用狀態參考圖（一）。 第五圖係本創作之使用狀態參考圖（二）。 第六圖係習知隔熱壁 【主要元件符號說明】 (1 )整平裝置 (1 1 )傳動車由 (1 2 1 )傳動齒輪 (1 2 3 )第二軸桿 ^ 1 2 5 )第一齒輪 (2 0 )整平滾輪組 (2 1 1 )凹槽 (2 2 1 ) 凹槽 (3 1 )執道 (3 2 1 )滑槽 (3 3 1 )滑槽 (3 4 1 )螺桿 板之金屬面板立體外觀圖。 (1 0 )傳動組 (1 2 )軸桿組件 (1 2 2 )第一軸桿 (1 2 4：)被動齒輪 (1 2 6 )第二齒輪 (21) 第一成型滾輪 (22) 第二成型滾輪 (3 0 )調整組 (3 2)第一移動塊 (33)第二移動塊 (3 4 )定位件 (3 4 2 )套筒The third picture is a partial three-dimensional appearance diagram of this creation. The fourth picture is the reference picture (1) of the use status of this creation. The fifth picture is the reference picture (2) of the use status of this creation. The sixth picture is the conventional insulation wall. [Description of the symbols of the main components] (1) Leveling device (1 1) The driving vehicle is driven by (1 2 1) the driving gear (1 2 3) the second shaft ^ 1 2 5) One gear (2 0) leveling roller group (2 1 1) groove (2 2 1) groove (3 1) guide (3 2 1) slide groove (3 3 1) slide groove (3 4 1) screw The three-dimensional appearance of the metal panel of the board. (1 0) Transmission group (1 2) shaft assembly (1 2 2) first shaft (1 2 4 :) driven gear (1 2 6) second gear (21) first forming roller (22) second Forming roller (3 0) adjustment group (3 2) first moving block (33) second moving block (3 4) positioning member (3 4 2) sleeve
12 M265128 (3 5 )螺桿 (3 6 )軸承 (4 )金屬面板 (4 2 )容置空間 (3 5 1 )手輪 (2 )機架 (4 1 )摺邊 (4 3 )組接部12 M265128 (3 5) screw (3 6) bearing (4) metal panel (4 2) accommodating space (3 5 1) hand wheel (2) frame (4 1) flange (4 3) assembly
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