料u/ii2 五、新型說明： 【新型所屬之技術領域】 本創作是關於一種成型機’尤指一種可同步調整成型 機中複數滾輪間隙的滾輪間隙同步調整裝置。 【先前技術】Material u/ii2 V. New description: [New technical field] This creation is about a molding machine, especially a roller gap synchronization adjustment device that can synchronously adjust the multiple roller gaps in the molding machine. [Prior Art]
如浪板成蛰機等各式板材成型加工機具，其主要係一 機D上依序組設複數滾輪組，藉由該複數滾輪組對金屬板 材的輾壓作用而使成形為預定的形狀。 s惟前述成型機於使用過程中，須依不同的板材厚度而 調整其每-滾輪組中的上、下滾輪間障:，現有成型機的機 構於調整上、下滚輪間隙時，須利用每一相應於各上滚 輪—端料手輪帶動-縱向螺桿旋轉而帶動上滚輪端部升 :’進而調整上下滚輪間隙一般而言，一部成型機通常 數十’、且滾輪組’ # 一滾輪組手動調整滾輪間隙的作業方 /十刀費時費工’ i易發生調整之滾輪間隙不一致的問題For example, a plurality of sheet forming machines such as a wave board forming machine are mainly provided with a plurality of roller sets in sequence on the machine D, and the plurality of roller sets are formed into a predetermined shape by the rolling action of the metal sheets. s However, in the process of using the above-mentioned molding machine, the upper and lower roller barriers in each roller group should be adjusted according to different plate thicknesses: the mechanism of the existing molding machine must utilize each of the upper and lower roller gaps. Corresponding to each of the upper rollers - the end of the hand wheel - the longitudinal screw rotates to drive the upper roller end to rise: 'and then adjust the upper and lower roller gaps. Generally, a molding machine is usually tens of ', and the roller set ' #一轮The group of manual adjustment of the roller gap operator / ten knife time-consuming labor I'm easy to adjust the roller gap is inconsistent
【新型内容】 本創作之主要目的在於提供一種成型機之滾輪間隙同 置’希藉此設計，解決現有成錢之複數組須個 J s周整滾輪間隙之費時費工問題。 同步：揭㈣，本創作所設計的成型機之滾輪間隙 1J步調整裝置係包含： 接相調整組件，係用以設於成型機之機台上分別連 "滾輪組之上滾輪側端’所述調整組件包含—樞 3 M407112 接座、一蜗捍 組設於機台上 螺套 -蝎輪以及一螺才旱，樞接座用以 ，且位於相應'的上丨袞輪端部上s 1桿可旋 轉的橫向柜設於框接座中，螺套可旋轉的縱向樞設於相庫 的上滚輪端部上方，螺套中形成—縱向的螺孔，㈣組接 於螺套上端而能連動，蜗輪與蜗桿相喷合，螺桿上端可旋 轉的螺設於螺套的螺^丨φ，硬u . 啤砮的螺孔中’螺才干底端用以固接上滾輪端部 ， 複數支逹桿，係分別連接於相鄰二調整組件之蜗桿端 部之間，連桿端部與蜗桿端部之間言免有接頭；以及 -驅動組件’係包含一驅動馬達以及一傳動組，驅動 馬達用以裝設於機台上’所述傳動組連接於驅動馬達之心 軸與該複數逹桿中之一連桿之間。 藉此滾輪間隙同步調整裝置設計，當進行成型機各滾 ^組之上、下滾輪的間隙調整作業時，可利用驅動組件帶 :些串聯-起連桿及蜗桿旋轉，進而以螞桿帶動蜗輪及 套旋轉，再利用螺套帶動螺設其中的螺桿拉動上滚輪部 Μ移’進而使機台—側的每一上滾輪端部能夠同步升 =職上、下滾輪間的間隙.且能同步控制每一滾輪間 二' 整里致’使成型機之滾輪間隙調整作 省時省工。 【實施方式】 如圖1及圖3所示，係揭示本創作滚輪間隙同步調整 2置之—較佳實施例應用於成型機中的示意圖，所述成型 勺2其機台1中間隔設置有複數滾輪組2，所述滚輪組2 包含上下相應排列的上滾輪2a及下滾輪2b，下滚輪21)端 4 M407112 部定點框設於機台1上，上滾輪2a以其端邹可升降位移 組設機台1上，如圖1及圖2所示，該成型機之機么，口 區分複數區段’各區段兩側壁可因應滾輪組2的且电 、J食度而調 整寬度。 如圖3至圖6所示，所述滾輪間隙同步調整裝置3係 包含複數組調整組件5、複數支連桿6以及—驅動組件7 其中： > ’ 所述複數組調整組件5係設於成型機之機台彳上分別 連接相應之一滾輪組2之上滾輪2a側端，所述調整組^ 5 係包含一樞接座50、一堝桿51、一螺套&、—蝸輪μ 以及-螺桿54’該樞接座5〇係組設於成型機的機台，上 ，且位於相應的上滾輪2a端部上方，所述蝸桿51是可旋 轉的橫向樞設於樞接座50中，芎嫘峑> Τ茲螺套52係可旋轉的縱向 樞設於相應的上滾輪2a端部上方，揉卷~ 螺套52中形成一縱向 的螺孔51 ’蝸輪53組接於蜾叁L & ^ ± 接於螺套52上端，兩者間嵌設有 鍵’使蝸輪53與螺套52处人 、，·σ σ_體而能連動，螞輪53且 ，、蜗桿51相喃合，該螺椁54在 甘 ^ __ 4係以其上端可旋轉的螺設於 的螺孔51中’螺桿54底端固接上滾輪23端部。 戶 ^ 复數支連桿6係分別連接於相鄰二調整組件5之 ，才干51端部之問，遠_ β 頭6a / 部與蜗桿51端部之間設有接[New content] The main purpose of this creation is to provide a roller gap of the molding machine, which is designed to solve the time-consuming and labor-intensive problem of the existing roller gap of the J s circumference. Synchronization: Jie (4), the roller gap 1J step adjustment device of the molding machine designed by this creation includes: phase adjustment component, which is used to set on the machine table of the molding machine respectively "roller side above the roller side end The adjusting component comprises a pivoting M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M s 1 pole rotatable transverse cabinet is arranged in the frame joint, the rotatable longitudinal direction of the screw sleeve is pivoted above the upper roller end of the phase magazine, the screw sleeve forms a longitudinal screw hole, and (4) is connected to the upper end of the screw sleeve And can be linked, the worm wheel and the worm are sprayed together, the screw at the upper end of the screw is arranged on the screw of the screw sleeve, and the hard screw is used. The bottom end of the screw hole of the beer is used to fix the end of the roller. a plurality of masts are respectively connected between the ends of the worms of the adjacent two adjustment components, and a joint is not connected between the ends of the links and the ends of the worms; and the drive assembly includes a drive motor and a transmission group, the drive motor is mounted on the machine table. The transmission group is connected to the drive motor The axis of the rod between one of the plurality of link Da. The roller gap synchronization adjusting device is designed, when the gap adjustment operation of the upper and lower rollers of each rolling group of the forming machine is performed, the driving component belt can be used: some series-starting links and worm rotating, and then driven by the grass rod The worm wheel and the sleeve are rotated, and then the screw is used to drive the screw to pull the upper roller portion to move, so that each upper roller end of the machine-side can synchronously rise=the gap between the upper and lower rollers. Synchronous control of the two 'integral' between each roller makes the roller gap adjustment of the molding machine save time and labor. [Embodiment] As shown in FIG. 1 and FIG. 3, the present invention discloses a synchronous adjustment of the gap of the roller. The preferred embodiment is applied to a molding machine. The forming spoon 2 is arranged at intervals in the machine 1. a plurality of roller sets 2, the roller set 2 includes an upper roller 2a and a lower roller 2b arranged up and down, a lower roller 21) end 4 M407112 a fixed point frame is arranged on the machine table 1, and the upper roller 2a can be moved up and down with its end As shown in FIG. 1 and FIG. 2, the machine of the molding machine can distinguish the plurality of side walls of the plurality of sections. The two side walls of each section can adjust the width according to the electric and J food of the roller group 2. As shown in FIG. 3 to FIG. 6 , the roller gap synchronization adjusting device 3 includes a complex array adjusting component 5 , a plurality of branch links 6 , and a driving component 7 where: > 'the complex array adjusting component 5 is configured The machine base of the molding machine is respectively connected to the side end of the roller 2a of the corresponding one of the roller groups 2, and the adjustment group 5 comprises a pivoting seat 50, a mast 51, a screw sleeve & And the screw 54' is disposed on the machine table of the molding machine, and is located above the end of the corresponding upper roller 2a. The worm 51 is rotatably laterally pivoted to the pivoting seat 50. The middle cymbal cymbal 52 is rotatably longitudinally disposed above the end of the corresponding upper roller 2a, and a longitudinal screw hole 51 is formed in the ~~ screw sleeve 52.叁L & ^ ± is connected to the upper end of the screw sleeve 52, and a key is inserted between the two to make the worm wheel 53 and the screw sleeve 52 at the position, and the σ σ_ body can be interlocked, the blade 53 and the worm 51 In the merging, the screw 54 is fixed to the end of the upper roller 23 at the bottom end of the screw 54 in the screw hole 51 in which the upper end is rotatable. The plurality of connecting rods 6 are respectively connected to the adjacent two adjusting components 5, and the end of the 51 ends, the far_β head 6a / the portion is connected with the end of the worm 51
項ba、6b，JL中各造士曰β A 接頭6a & 與蜗桿51中心線相對時，所述 钱碩6a為具有兩固接 — % 0 ^ ^ 斂接頭，並分別以其固接端 、、且接相應的連桿6端部啖蜗户 相對於桃# μ 丨次蝸杯51端部，當連桿6中心線 萬Θ接頭τ t心線呈—傾斜角度時，所述接頭6b為一 向接頭，所述萬向接頭兩側固接端分別組接相應的連桿 5 M407112 圈2係圖1所示滾輪間隙同步調整裝置較佳實施例設 於成型機，且機台分隔成可調整寬度的數區段之俯視平面示 意圖。 圖3係圖1所示滾輪間隙同步調整裝置較佳實施例於 成型機中的側視平面示意圖。 圖4是圖3的局部放大俯視平面示意圖。 圖5是圖3的局部放大側視平面示意圖β 圖6是圖5中移除蝸桿後的平面示意圖。 圖7是本創作滾輪間隙同步調整裝置之俯視使用狀態 參考圖。In the items ba, 6b, JL, each of the 造β A joints 6a & 6 is opposite to the center line of the worm 51, the Qiansuo 6a has two fixed joints - % 0 ^ ^ splicing joints, and are respectively fixed by them The end, and the corresponding end of the connecting rod 6 is opposite to the end of the peach #μ 丨 蜗 51 51 51 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 6b is a one-way joint, the fixed joints on both sides of the universal joint are respectively connected to the corresponding connecting rods 5 M407112. The ring 2 is the roller gap synchronization adjusting device shown in FIG. 1 . The preferred embodiment is set in the forming machine, and the machine is divided into A top plan view of the number of segments of the adjustable width. Fig. 3 is a side plan view showing a preferred embodiment of the roller gap synchronization adjusting device shown in Fig. 1 in a molding machine. Fig. 4 is a partially enlarged plan view showing the same in Fig. 3; Figure 5 is a partially enlarged side plan view of Figure 3. Figure 6 is a plan view of the worm after removal of the worm. Fig. 7 is a plan view showing the state of use of the roller gap synchronization adjusting device of the present invention.
參考圖。 2滾輪组 2 b下滾輪 【主要元件符號說明】 1機台 2a上滾輪 3滾輪間隙同步調整裝置 5調整組件 51蝸桿 521螺孔 53蝸輪 6連桿 6b接頭 7驅動組件 71傳動組 50樞接座 52螺套 54螺桿 接頭 7〇驅動馬達 72手輪Refer to the figure. 2 Roller group 2 b Lower roller [Main component symbol description] 1 Machine 2a Upper roller 3 Roller gap synchronization adjustment device 5 Adjustment component 51 Worm 521 Screw hole 53 Worm gear 6 Link 6b Joint 7 Drive assembly 71 Transmission group 50 pivot joint 52 screw sleeve 54 screw joint 7 〇 drive motor 72 hand wheel